### Page: https://www.pixxel.space Title: Pixxel | Hyperspectral Imaging for Earth ObservationPixxel | Hyperspectral Imaging for Earth ObservationX iconYouTube iconInstagram icon Meta Description: Pixxel is a space data company and spacecraft manufacturer redefining Earth observation through high-resolution hyperspectral imaging and advanced analytics. Language: en Canonical URL: https://www.pixxel.space ## Headings Structure: H2: Dive into our imagery H2: LATEST ON PIXXEL H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging H2: Seeing The Unseen H2: The Fireflies Take Flight Again! H2: Next Generation Earth Observation With  Aurora by Pixxel H2: Data-driven Insights For Every Sector H3: Agriculture H3: Energy H3: Government H3: Environment H3: Forestry H3: Mining H2: Turn Satellite Data Into Action With Pixxel H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring ## Main Content: H2: Dive into our imagery H2: LATEST ON PIXXEL H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging H2: Seeing The Unseen H2: The Fireflies Take Flight Again! H2: Next Generation Earth Observation With  Aurora by Pixxel H2: Data-driven Insights For Every Sector H3: Agriculture H3: Energy H3: Government H3: Environment H3: Forestry H3: Mining H2: Turn Satellite Data Into Action With Pixxel H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring Explore Pixxel imagery, access various datasets, and uncover tailor-made insights. Pixxel is on a mission to build a health monitor for the planet and track critical changes across land, oceans, and atmosphere before they escalate. From developing advanced hyperspectral satellites to transforming raw imagery into powerful insights, Pixxel brings together every layer of Earth observation. By unlocking data beyond the reach of traditional systems, we aim to change how we respond to challenges like climate change, pollution and declining biodiversity. Aurora, Pixxel’s in-house Earth observation studio, brings remote sensing within reach. Its no-code platform simplifies satellite data analysis, while a growing library of ready-to-use models and indices makes exploration and application easier than ever. By removing traditional barriers, Aurora helps users turn Earth Observation data into real-world impact. From environmental shifts to agricultural productivity, energy efficiency, and sustainable mining, the world’s most complex challenges demand clearer answers. Pixxel’s hyperspectral data offers a richer view of the planet, helping industries make smarter decisions, optimise resources, and strengthen resilience where it matters most. Early stress detection Crop species classification Crop yield prediction Soil nutrient analysis Hydrocarbon estimation Plan urban infrastructure Natural disaster response Natural resource planning Pollution & stress level quantification Tree species classification Early vegetation stress detection Above-ground biomass estimation Forest fire detection and mitigation Mineral detection‍Mine site closure Illegal mining prevention Environmental compliance Access cutting-edge hyperspectral imagery and intuitive analytics to move faster, solve complex challenges, and drive smarter outcomes. Discover how Pixxel’s Earth Observation solutions drive real-world impact. --- ### Page: https://www.pixxel.space/hyperspectral-imagery Title: World’s Highest-Resolution Hyperspectral Satellite ImageryX iconYouTube iconInstagram icon Meta Description: Explore Pixxel’s hyperspectral satellites offering high spatial, spectral, and temporal resolutions for unmatched Earth observation and climate resilience. Language: en Canonical URL: https://www.pixxel.space/hyperspectral-imagery ## Headings Structure: H1: The World’s Highest-Resolution Hyperspectral Imagery H2: A New Standard In Spectral Imaging H3: Hyperspectral Imagery H2: The Next Best Thing H3: Hyperspectral Imaging H3: Multispectral Imaging H3: RGB Imaging H3: Small Satellites. Big Vision. H2: Agility Meets Accuracy H2: Redefining Earth Observation Across Industries H3: Agriculture H3: Energy H3: Government H3: Environment H3: Forestry H3: Mining H2: Browse Our Latest Hyperspectral Imagery H3: Sundarbans, India H3: River Ganga, India H3: Saloum Delta, Senegal H3: Utah Lake, Utah, U.S.A. H3: Black Rock Desert, Nevada, U.S.A. H3: Rocky Mountain National Park, Colorado, U.S.A. H3: Central Valley, California, U.S.A. H3: Permian Basin, U.S.A H2: Bring Hyperspectral Intelligence To Your Industry H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring ## Main Content: H1: The World’s Highest-Resolution Hyperspectral Imagery H2: A New Standard In Spectral Imaging H3: Hyperspectral Imagery H2: The Next Best Thing H3: Hyperspectral Imaging H3: Multispectral Imaging H3: RGB Imaging H3: Small Satellites. Big Vision. H2: Agility Meets Accuracy H2: Redefining Earth Observation Across Industries H3: Agriculture H3: Energy H3: Government H3: Environment H3: Forestry H3: Mining H2: Browse Our Latest Hyperspectral Imagery H3: Sundarbans, India H3: River Ganga, India H3: Saloum Delta, Senegal H3: Utah Lake, Utah, U.S.A. H3: Black Rock Desert, Nevada, U.S.A. H3: Rocky Mountain National Park, Colorado, U.S.A. H3: Central Valley, California, U.S.A. H3: Permian Basin, U.S.A H2: Bring Hyperspectral Intelligence To Your Industry H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring Pixxel’s hyperspectral satellites are redefining how we observe the Earth, delivering unmatched precision to detect change early, monitor in extraordinary detail, and drive future-ready decisions. Designed for global impact, the constellation is laying the foundation for a more resilient planet and smarter resource management. Hyperspectral imaging adds a deeper layer of context to every scene, capturing the unique spectral fingerprint of materials, vegetation, and surfaces across Earth. By measuring reflected light across hundreds of narrow, contiguous spectral bands, it identifies patterns and anomalies that traditional sensors miss, enabling reliable analysis in even the most dynamic environments. for reliable analysis across agriculture, mining, environmental monitoring and infrastructure Pixxel is building the world’s most advanced hyperspectral imaging constellation, with proprietary in-house sensors that deliver exceptional data quality. By focusing on high-priority regions and customer-defined targets, our lightweight satellites maximise performance while significantly reducing production and launch costs. The result: more timely, targeted, and meaningful insights from space. 5-metre spatial resolution 250+ VNIR and SWIR bands 24-hour revisit frequency 40-kilometre SWATH width Hyperspectral imaging delivers a richer understanding of Earth’s surface, providing a deep-dive on composition, condition, and shifts. From monitoring infrastructure and natural assets to optimising supply chains, Pixxel’s constellation helps industries adapt faster and operate more efficiently. Early stress detection Crop species classification Crop yield prediction Soil nutrient analysis Hydrocarbon estimation Plan urban infrastructure Natural disaster response Natural resource planning Pollution & stress level quantification Tree species classification Early vegetation stress detection Above-ground biomass estimation Forest fire detection and mitigation Mineral detection‍Mine site closure Illegal mining prevention Environmental compliance Get custom satellite imagery to map change, manage operations, and understand what’s happening on the ground like never before. Explore the science and solutions behind Pixxel’s high-resolution Earth imaging. --- ### Page: https://www.pixxel.space/solution/agriculture Title: Precision Agriculture with Pixxel Hyperspectral ImagingX iconYouTube iconInstagram icon Meta Description: Optimise crop health and yields using Pixxel’s hyperspectral satellite data for early stress detection, disease mitigation, and sustainable farming practices. Language: en Canonical URL: https://www.pixxel.space/solution/agriculture ## Headings Structure: H1: Optimise Crop Health with Hyperspectral Insights from Pixxel’s Satellites H2: Addressing Agricultural Sector's Toughest Challenges H3: Resource Waste and Soil Degradation H3: Environmental Damage and Climate Risks H3: Disease and Pest Threats H3: Unmonitored Farming ​Practices H2: Discover The ‍Hyperspectral Advantage H3: Precision Agriculture in Action H2: Hyperspectral Applications For Smarter Farming H3: Localised Problem Detection and Data-Driven Farming H3: Streamlined Crop and Soil Health Monitoring H3: Early Disease Estimation and Mitigation H3: Advanced Precision Agriculture Techniques H2: Real World Impact H3: Hyperspectral Insights from Central Valley, CA H2: Discover the Future of Agriculture with Pixxel H2: Knowledge Hub H3: The Hyperspectral Advantage in Agriculture H3: The Hyperspectral Advantage in Agriculture | Central Valley, U.S.A. H3: The Applications of Hyperspectral Imagery in Detecting Vegetation Stress ## Main Content: H4: AGRICULTURE H1: Optimise Crop Health with Hyperspectral Insights from Pixxel’s Satellites H2: Addressing Agricultural Sector's Toughest Challenges H3: Resource Waste and Soil Degradation H3: Environmental Damage and Climate Risks H3: Disease and Pest Threats H3: Unmonitored Farming ​Practices H2: Discover The ‍Hyperspectral Advantage H3: Precision Agriculture in Action H2: Hyperspectral Applications For Smarter Farming H3: Localised Problem Detection and Data-Driven Farming H3: Streamlined Crop and Soil Health Monitoring H3: Early Disease Estimation and Mitigation H3: Advanced Precision Agriculture Techniques H2: Real World Impact H3: Hyperspectral Insights from Central Valley, CA H2: Discover the Future of Agriculture with Pixxel H2: Knowledge Hub H3: The Hyperspectral Advantage in Agriculture H3: The Hyperspectral Advantage in Agriculture | Central Valley, U.S.A. H3: The Applications of Hyperspectral Imagery in Detecting Vegetation Stress Access Pixxel’s analysis-ready hyperspectral imagery for efficient crop management, maximised yields, and sustainable agricultural practices. Pixxel’s hyperspectral satellites capture rich spectral data across the globe with exceptional spatial and temporal resolution. This imagery delivers critical insights into crop and soil conditions, supports targeted interventions, and promotes environmentally responsible farming. With Pixxel, organisations, agronomists, and researchers can act confidently at every stage of crop management, advancing the future of precision agriculture. Outdated practices and sub-standard data continue to impact agriculture's efficiency, sustainability, and adaptability, highlighting the need for smarter, connected solutions. Lack of crop data and intensive farming practices deplete soil health, waste energy, land, and water resources, and decrease productivity. Limited technology and data access impede sustainable practices and climate-resilient strategies, harming ecosystems. Insufficient data on crop diseases and pest infestation delays intervention efforts, endangering yields and food security. Poor oversight leads to deceptive practices and below-average yields, compromising transparency and accountability. Hyperspectral imaging captures farmland in narrow spectral bands, revealing biophysical and biochemical properties that multispectral sensors miss. By spectrally fingerprinting the Earth, it detects unique details to monitor crop health, identify diseases early, and assess crop types with accuracy, transforming agricultural management. 5-metre spatial resolution 250+ VNIR and SWIR bands 24-hour revisit frequency 40-kilometre SWATH width Pixxel’s satellites capture imagery across up to 150 spectral bands, enabling accurate crop classification and supporting sustainable agricultural practices. Hyperspectral data helps identify in-field patterns and regional trends, allowing for precise problem detection, targeted planning, and responsible resource use. This technology also enables continuous monitoring of crop variations, improving decision-making throughout the growing season. With 5-metre spatial resolution, Pixxel’s satellites reveal detailed insights into crop variation, biochemical composition, and overall health. Hyperspectral data detects nutrient deficiencies, vegetation stress, and soil imbalances, enabling timely interventions that improve yields, reduce costs, and optimise resource allocation. Continuous monitoring empowers precise action for healthier crops, soil recovery, and long-term agricultural sustainability. Pixxel’s hyperspectral satellites offer daily global revisit, making it possible to detect crop diseases and pest outbreaks before visible symptoms appear. By identifying early stress signals, the technology enables timely action to mitigate risks and minimise losses. Agronomists can monitor crop performance more precisely and respond effectively to both biotic and abiotic stressors, ensuring stronger yields at harvest. Pixxel's hyperspectral technology delivers 10x more data than conventional satellites, allowing for precise crop species and variety classification. Hyperspectral imaging supports smarter fertilisation strategies by assessing plant health, analysing soil conditions, and identifying effluent issues. The technology also helps detect early signs of crop stress before they become visible, improving response time and effectiveness. Pixxel’s hyperspectral imagery over California’s Central Valley delivers actionable information for crop classification and health monitoring, especially for high-value crops like orchards, rice, and corn. In this study, 30m hyperspectral data from our Pathfinders outperformed traditional multispectral sensors in accurately identifying crop types and detecting early signs of crop stress. From early stress detection to precision planning, Pixxel’s hyperspectral imagery is changing how agriculture works on the ground. Discover how Pixxel’s data supports smarter, more sustainable farming decisions. --- ### Page: https://www.pixxel.space/solution/forestry Title: Advanced Forest Management with Pixxel Hyperspectral DataX iconYouTube iconInstagram icon Meta Description: Protect forests using Pixxel’s hyperspectral satellite imagery for tree species mapping, disease detection, habitat monitoring, and biomass estimation. Language: en Canonical URL: https://www.pixxel.space/solution/forestry ## Headings Structure: H1: Enhanced Forest Management with Pixxel’s Hyperspectral Imagery H2: Addressing Key Forestry Challenges H3: Forest Fragmentationand Habitat Loss H3: Climate Change Impacts H3: Lack of CommunityEngagement H3: Illegal Logging andPoaching H2: Discover the ‍Hyperspectral Advantage H3: Precision Forestry in Action H2: Hyperspectral Applications for Smarter Forest Management H3: Localised problem detection and data-driven forest management H3: Tree and habitat health monitoring H3: Early disease detection and mitigation H3: Advanced forest parameter assessment H2: Real World Impact H3: Forest health monitoring in Rocky Mountain National Park H3: Biomass Monitoring in Rocky Mountain National Park H2: Discover the Future of forestry with Pixxel H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Water Quality Monitoring H3: The Hyperspectral Advantage in Forestry ## Main Content: H4: FORESTRY H1: Enhanced Forest Management with Pixxel’s Hyperspectral Imagery H2: Addressing Key Forestry Challenges H3: Forest Fragmentationand Habitat Loss H3: Climate Change Impacts H3: Lack of CommunityEngagement H3: Illegal Logging andPoaching H2: Discover the ‍Hyperspectral Advantage H3: Precision Forestry in Action H2: Hyperspectral Applications for Smarter Forest Management H3: Localised problem detection and data-driven forest management H3: Tree and habitat health monitoring H3: Early disease detection and mitigation H3: Advanced forest parameter assessment H2: Real World Impact H3: Forest health monitoring in Rocky Mountain National Park H3: Biomass Monitoring in Rocky Mountain National Park H2: Discover the Future of forestry with Pixxel H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Water Quality Monitoring H3: The Hyperspectral Advantage in Forestry Discover Pixxel’s analysis-ready hyperspectral imagery for efficient forest mapping, ecosystem monitoring, and habitat assessment. Pixxel’s hyperspectral satellites capture unique spectral information globally at impressive spatial and temporal resolutions. This data provides crucial insights regarding habitat health and threats to forests. With Pixxel, organisations and researchers are empowered to make informed decisions to protect and enhance the vitality of our global forest systems. The forestry industry struggles with outdated practices and a lack of comprehensive data, hindering forest efficiency, sustainability, and resilience of forests. Advanced, data-driven solutions are key to addressing these challenges. Urban expansion and infrastructure development lead to fragmented forests, disrupting wildlife habitats and reducing biodiversity. Rising temperatures and changing precipitation patterns exacerbate the frequency and severity of wildfires, droughts, and storms. Without involving local communities in forest management, efforts often lack the necessary support and local knowledge to be effective. Insufficient surveillance and enforcement allow illegal logging and poaching to thrive, depleting forest resources and threatening endangered species. Hyperspectral imaging enables precise identification and detailed characterisation of forest materials through narrow ​wavelength bands, spectrally fingerprinting the Earth to provide unique insights into their biophysical and biochemical properties. 5-metre spatial resolution 250+ VNIR and SWIR bands 24-hour revisit frequency 40-kilometre SWATH width Pixxel’s imaging satellites capture information across up to 150 spectral bands, providing accurate tree species classification data and promoting sustainable forest management practices. Hyperspectral images of forests help decision-makers identify highly localised in-forest patterns and region-specific trends, ensuring precise problem detection, effective forest planning, and environmentally responsible management. This technology also supports continuous variation tracking to improve operational efficiency yearly. With a 5-metre spatial resolution, Pixxel’s satellites provide detailed insights into tree variations, biochemical composition, and health. Hyperspectral data detects nutrient deficiencies, vegetation stress, and soil imbalances, allowing timely interventions to optimise forest health, reduce costs, and allocate resources efficiently. By continuously monitoring these factors and providing detailed insights into tree and soil conditions, foresters can take precise actions to improve forest health, support soil regeneration, and maintain long-term sustainability. Pixxel’s hyperspectral satellites offer a daily revisit frequency anywhere on the planet, essential for detecting and forecasting tree diseases and pest infestations. Hyperspectral technology provides timely information on pre-symptomatic disease detection, enabling early intervention to prevent significant threats and minimise forest losses. Access to hyperspectral data allows forest managers to experiment with and monitor tree species against biotic and abiotic stressors, maximising forest health every season. Pixxel's hyperspectral technology delivers 10x more information than conventional satellites, offering exceptional tree species identification and biomass estimation accuracy. Hyperspectral imaging supports the development of optimal forest management strategies by evaluating key parameters: Pixxel’s hyperspectral imagery offers a powerful tool for monitoring forest health in Colorado’s Rocky Mountain National Park, where bark beetle infestations threaten large tracts of forest. With hyperspectral imaging, organisations can identify early signs of tree stress and support sustainable management. Pixxel’s hyperspectral imagery enables more accurate and scalable biomass monitoring across ecosystems. In Colorado’s Rocky Mountain National Park, spaceborne data helps quantify above-ground biomass with high spatial and spectral resolution. This precision supports better estimates of forest carbon stocks and strengthens efforts around carbon crediting and climate resilience. Map biomass, detect disease, and monitor biodiversity with spectral precision. Contact us to revolutionise your forestry practices. Learn how Pixxel helps map, monitor, and manage forests with unparalleled spectral detail. --- ### Page: https://www.pixxel.space/solution/energy Title: Efficient Energy Exploration with Pixxel Hyperspectral DataX iconYouTube iconInstagram icon Meta Description: Enhance oil and gas operations with Pixxel’s hyperspectral imagery for resource detection, pipeline monitoring, leakage detection, and environmental compliance. Language: en Canonical URL: https://www.pixxel.space/solution/energy ## Headings Structure: H1: Efficient Energy Exploration with Accurate Hyperspectral Site Data from Pixxel H2: Addressing Challenges in Energy Management H3: Operationaland Resource Efficiency H3: Safety andRisk Management H3: EnvironmentalRisks H3: Competitive andLogistical Challenges H2: Discover The ‍Hyperspectral Advantage H3: From Exploration to Emissions H2: Hyperspectral Applications Across the Energy Lifecycle H3: Precise identification of threats and optimised solutions H3: Targeted vegetative analysis and leakage detection H3: Data-driven practices for enhanced oil and gas operations H3: Efficient Pipeline monitoring and Right-Of-Way security H2: Real World Impact H3: Managing operations In The Energy Sector H2: Elevate Your Energy Strategy With Pixxel H2: Knowledge Hub H3: The Hyperspectral Advantage in Energy H3: The Hyperspectral Advantage in Energy H3: Spectra of Rising Greenhouse Gas Emissions: Unveiling Solutions with Hyperspectral Imaging ## Main Content: H4: ENERGY H1: Efficient Energy Exploration with Accurate Hyperspectral Site Data from Pixxel H2: Addressing Challenges in Energy Management H3: Operationaland Resource Efficiency H3: Safety andRisk Management H3: EnvironmentalRisks H3: Competitive andLogistical Challenges H2: Discover The ‍Hyperspectral Advantage H3: From Exploration to Emissions H2: Hyperspectral Applications Across the Energy Lifecycle H3: Precise identification of threats and optimised solutions H3: Targeted vegetative analysis and leakage detection H3: Data-driven practices for enhanced oil and gas operations H3: Efficient Pipeline monitoring and Right-Of-Way security H2: Real World Impact H3: Managing operations In The Energy Sector H2: Elevate Your Energy Strategy With Pixxel H2: Knowledge Hub H3: The Hyperspectral Advantage in Energy H3: The Hyperspectral Advantage in Energy H3: Spectra of Rising Greenhouse Gas Emissions: Unveiling Solutions with Hyperspectral Imaging Benefit from Pixxel’s analysis-ready hyperspectral imagery for efficient resource exploration, infrastructure monitoring, and sustainable energy generation. With comprehensive spectral data at unprecedented resolutions Pixxel’s hyperspectral imaging satellites provide valuable insights into resource exploration, pipeline monitoring, and environmental impact assessment. Oil and gas companies and researchers can leverage Pixxel’s actionable data to make strategic decisions for energy management, enhancing efficiency and precision in energy practices. The oil and gas sector faces numerous challenges due to traditional extraction techniques and insufficient integration of technology. Cutting-edge technologies and data-focused approaches can help tackle these issues. Inefficient drilling and extraction, poor reserve estimation, and increased costs and resource waste lead to flawed investment decisions. Accidents and equipment failures compromise worker safety and disrupt operations, leading to increased downtime and operational costs. Ineffective environmental monitoring risks regulatory non-compliance, potentially resulting in higher emissions and fines. Falling behind competitors in decision-making and operational efficiency, and disruptions in supply chain management, results in lost profitability. With high-resolution data captured across narrow wavelength bands, hyperspectral imaging enables precise characterisation of surface materials. By spectrally fingerprinting the Earth, it offers detailed insights that support identifying reserves, monitoring emissions, and the safety of operations. 5-metre spatial resolution 250+ VNIR and SWIR bands 24-hour revisit frequency 40-kilometre SWATH width Pixxel’s imaging satellites excel in capturing information across up to 150 spectral bands, offering diverse solutions for various operational stages within the oil and gas industry. Hyperspectral imagery empowers decision-makers by identifying valuable resources and assessing feasibility at potential exploration sites. Additionally, it facilitates large-scale ongoing monitoring, enabling early detection of threats to the site and surrounding natural environment. Hyperspectral imaging delivers exceptional results in vegetative studies with 10x more information, securing the industry's future success. This technology enables targeted approaches to implementing environmentally compliant and conscious mechanisms and solving problems related to biodiversity preservation, vegetative health monitoring, and leakage detection. Pixxel’s hyperspectral imaging technology has a 5-metre spatial resolution, which helps detect threats precisely and supports data-driven, sustainable practices. Detailed habitat maps near exploration sites can reduce costs, optimise resource usage, and enhance environmental compliance. By promoting ecosystem regeneration, Pixxel’s technology fosters practices essential for the oil and gas sector. Pixxel’s hyperspectral imagery offers daily revisit frequency, assisting in detecting threats along the Right of Way (RoW) and ensuring the safety and security of pipeline infrastructure. Pixxel’s hyperspectral imagery enables precise detection of fugitive emissions, a major contributor to greenhouse gases. By analysing unique spectral signatures, Pixxel’s sensors identify and monitor methane leaks from pipelines, like those in Algeria, to help energy companies reduce environmental impact and comply with regulations. Monitor infrastructure, detect leaks, and plan sustainably with Pixxel’s hyperspectral imaging satellites and their applications for efficient energy exploration. Explore how Pixxel’s hyperspectral imagery supports cleaner, safer, and more efficient energy operations. --- ### Page: https://www.pixxel.space/solution/environment Title: Environmental Monitoring with Pixxel Hyperspectral DataX iconYouTube iconInstagram icon Meta Description: Leverage Pixxel’s hyperspectral satellite data for biodiversity mapping, water quality monitoring, carbon estimation, and sustainable climate resilience. Language: en Canonical URL: https://www.pixxel.space/solution/environment ## Headings Structure: H1: Boost Climate Resilience with Timely Insights from Pixxel’s Hyperspectral Satellites H2: Addressing Environmental Monitoring's Challenges H3: Biodiversity andEcosystem Health H3: Monitoringand Enforcement H3: Resource Managementand Sustainability H3: Water Qualityand Pollution Control H2: Discover the ‍Hyperspectral Advantage H3: Climate Resilience in Action H2: Hyperspectral Applications For A Changing Planet H3: Data-driven and sustainable environmental practices H3: Pixxel’s hyperspectral solutions for carbon estimation H3: Early pest and disease detection with Pixxel’s hyperspectral solutions H3: Streamlined water quality monitoring and management H2: Real World Impact H3: Monitoring Water Quality In Utah Lake H3: Mangrove Species Classification in The Saloum delta H2: Protect the Planet With Pixxel H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Water Quality Monitoring H3: The Hyperspectral Advantage in Water Quality | Utah Lake, U.S.A. ## Main Content: H4: ENVIRONMENT H1: Boost Climate Resilience with Timely Insights from Pixxel’s Hyperspectral Satellites H2: Addressing Environmental Monitoring's Challenges H3: Biodiversity andEcosystem Health H3: Monitoringand Enforcement H3: Resource Managementand Sustainability H3: Water Qualityand Pollution Control H2: Discover the ‍Hyperspectral Advantage H3: Climate Resilience in Action H2: Hyperspectral Applications For A Changing Planet H3: Data-driven and sustainable environmental practices H3: Pixxel’s hyperspectral solutions for carbon estimation H3: Early pest and disease detection with Pixxel’s hyperspectral solutions H3: Streamlined water quality monitoring and management H2: Real World Impact H3: Monitoring Water Quality In Utah Lake H3: Mangrove Species Classification in The Saloum delta H2: Protect the Planet With Pixxel H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Water Quality Monitoring H3: The Hyperspectral Advantage in Water Quality | Utah Lake, U.S.A. Utilise Pixxel’s hyperspectral data for efficient biodiversity mapping, water quality monitoring, carbon sequestration, and optimised environmental protection. Pixxel’s hyperspectral satellites capture unique spectral information globally at high spatial and temporal resolutions. With Pixxel, organisations and researchers are empowered to make informed decisions that support climate resilience, preserve natural resources, and advance sustainable environmental stewardship. The environmental sector is challenged by harmful practices and insufficient efforts to preserve the planet, which impede the ecosystem and climate. Implementing advanced technologies and data-powered solutions helps ensure timely management of these issues. Monoculture afforestation and invasive species reduce biodiversity and ecosystem resilience, weaken natural habitats, and increase vulnerability to environmental changes. Ineffective oversight of illegal logging and forest fires contributes to habitat destruction, accelerating deforestation and inefficient land use planning. Unsustainable resource extraction practices disrupt ecological balance, causing long-term environmental degradation, reduced economic viability, and harm to social welfare. If unchecked, industrial and agricultural pollutants degrade water quality, compromising public health and causing ecological damage. Hyperspectral imaging enables detailed identification of environmental parameters through its high spectral resolution and narrow wavelength bands, spectrally fingerprinting the Earth to provide more information about their physical and chemical properties than is possible with multispectral imaging.With distinct spectral signature analysis, hyperspectral imaging identifies pollutants, monitors ecosystems, and distinguishes habitat features. 5-metre spatial resolution 250+ VNIR and SWIR bands 24-hour revisit frequency 40-kilometre SWATH width The frequency and spectral fidelity of Pixxel’s hyperspectral imaging technology enable accurate species detection. Adopting accurate species boundary maps can help reduce costs, allocate resources efficiently, and improve the overall environmental management process while helping to regenerate different habitats. Hyperspectral imaging captures 10x more data, showing exceptional functionality in carbon estimation for environment management applications. This facilitates targeted strategies to optimise sustainable environmental management practices including: High spectral resolutions and frequent revisit rates are essential features of Pixxel’s hyperspectral imaging technology, proving vital in detecting and forecasting pest infestations and environmental diseases. Access to hyperspectral data enables environmental managers to experiment and monitor ecosystems against different stressors, facilitating proactive measures for sustained environmental health. Pixxel’s 5-metre spatial resolution satellite imagery provides accurate data on surface waters' biochemical and biophysical composition. Pixxel’s hyperspectral imaging is revolutionising water quality management in Utah Lake, where harmful algal blooms pose significant threats to aquatic ecosystems and public health. Through fine spectral details, Pixxel’s imagery enables precise detection and monitoring of water quality parameters, helping identify early warning signs of contamination. Pixxel’s hyperspectral imaging is transforming how we monitor coastal ecosystems, enabling detailed mapping and classification of mangrove species. By capturing fine spectral variations, the data helps identify subtle differences between species—crucial for assessing biodiversity, tracking habitat health, and supporting blue carbon initiatives. Track pollution, ecosystems, and environmental change with clarity. Explore Pixxel’s hyperspectral imagery and the role it can play in responsible environmental management. Discover how Pixxel’s Earth Observation data enables proactive environmental monitoring and resilience. --- ### Page: https://www.pixxel.space/solution/government Title: Pixxel Hyperspectral Imaging for Government Resource ManagementX iconYouTube iconInstagram icon Meta Description: Empower governments with Pixxel’s hyperspectral data for efficient resource use, infrastructure monitoring, disaster response, and public sector solutions. Language: en Canonical URL: https://www.pixxel.space/solution/government ## Headings Structure: H1: Precision Solutions for Resource Management and Disaster Response with Pixxel’s Hyperspectral Imagery H2: Overcoming Challenges in Civil Government H3: Inefficient ResourceAllocation H3: Environmental Degradationand Climate Resilience H3: Unmonitored Infrastructureand Resources H3: Delayed Responseto Disasters H2: Discover The ‍Hyperspectral Advantage H3: Empowering Civil Governance H2: Hyperspectral Applications for Informed Government Decisions H3: Localised issue detection and strategic resource management H3: Accurate monitoring of infrastructure and environmental health H3: Proactive disaster detection and rapid response H3: Precision in infrastructure management and urban planning H2: Turn Satellite Data into Action with Pixxel H2: Knowledge Hub H3: Six Months in Orbit: Firefly Status Check! H3: Quick and Easy Visualisation of Indices through Aurora by Pixxel H3: The Future of Satellite Miniaturisation in Manufacturing ## Main Content: H4: CIVIL GOVERNMENT H1: Precision Solutions for Resource Management and Disaster Response with Pixxel’s Hyperspectral Imagery H2: Overcoming Challenges in Civil Government H3: Inefficient ResourceAllocation H3: Environmental Degradationand Climate Resilience H3: Unmonitored Infrastructureand Resources H3: Delayed Responseto Disasters H2: Discover The ‍Hyperspectral Advantage H3: Empowering Civil Governance H2: Hyperspectral Applications for Informed Government Decisions H3: Localised issue detection and strategic resource management H3: Accurate monitoring of infrastructure and environmental health H3: Proactive disaster detection and rapid response H3: Precision in infrastructure management and urban planning H2: Turn Satellite Data into Action with Pixxel H2: Knowledge Hub H3: Six Months in Orbit: Firefly Status Check! H3: Quick and Easy Visualisation of Indices through Aurora by Pixxel H3: The Future of Satellite Miniaturisation in Manufacturing Leverage Pixxel’s high-fidelity hyperspectral data to optimise resource efficiency, support sustainable initiatives, and improve disaster response outcomes. Pixxel’s hyperspectral imaging technology equips civil agencies with the tools to monitor environmental changes, oversee infrastructure projects, and coordinate disaster relief efforts more precisely. By delivering advanced spectral data, Pixxel empowers governments, researchers, and civil bodies to allocate resources efficiently, plan for sustainable development, and respond to critical situations in time and with confidence. Government agencies face increasing pressure to manage natural resources, infrastructure, and public services but often lack detailed insights, limiting effective decision-making. Advanced technologies and data-driven solutions act as a solution. Limited access to precise environmental data makes it difficult for governments to optimise water, land, and energy use, resulting in resource waste and decreased productivity. Without advanced technology, implementing sustainable practices and developing strategies to mitigate the impact of extreme weather events becomes a significant challenge. Insufficient oversight of public infrastructure and natural resources leads to inefficiencies, a lack of transparency, and unmanaged degradation, weakening public service delivery. The absence of real-time data hinders timely disaster response efforts, amplifying damage and prolonging recovery times. Hyperspectral imaging offers unparalleled precision by capturing detailed spectral data, spectrally fingerprinting the Earth to allow for accurate identification and analysis of materials in urban and natural environments. By measuring a broader range of wavelengths than traditional methods, it provides a powerful tool for disaster response, urban development, and efficient resource management, enabling more informed and proactive decision-making. 5-metre spatial resolution 250+ VNIR and SWIR bands 24-hour revisit frequency 40-kilometre SWATH width Pixxel’s hyperspectral satellites capture data across up to 150 spectral bands, offering governments unprecedented insights into land use and environmental conditions. This allows for precisely detecting localised issues like chemical spills or ecosystem stress, enabling strategic resource management. By providing granular details on regional patterns, decision-makers can develop sustainable strategies for resource use, improve urban planning, and respond swiftly to environmental challenges. With its 5-metre spatial resolution, Pixxel’s hyperspectral technology delivers highly detailed data, allowing governments to monitor infrastructure and ecological health precisely. This technology enables early detection of potential issues, whether tracking the condition of roads, railways, or inland waterways. Continuous monitoring helps reduce maintenance costs, improve resource allocation, and ensure the longevity of critical public infrastructure. Pixxel’s satellites offer a daily revisit frequency, which is essential for early detection of environmental threats and disaster risks. This technology allows civil authorities to monitor subtle signs of environmental stress, such as land degradation or weather-related changes, before visible symptoms appear. With near real-time access to hyperspectral data, governments can implement timely interventions, minimising the impact of disasters and improving the effectiveness of relief efforts. Pixxel's hyperspectral technology offers 10x more information than conventional satellites, delivering unparalleled resource identification and infrastructure management accuracy. This precision optimises resource allocation, enhances public safety, and supports sustainable management practices. With detailed insights, governments can improve environmental and urban planning, efficiently manage resources, and implement resilient infrastructure strategies. Real-time monitoring empowers decision-makers to safeguard public assets, reduce risks, and ensure long-term sustainability in urban and natural environments. Harness cutting-edge hyperspectral imagery and advanced analytics to make faster, informed decisions. Start leveraging Earth observation data for your business today! Discover how Pixxel's Earth Observation technology drives impactful insights. --- ### Page: https://www.pixxel.space/solution/mining Title: Pixxel Hyperspectral Imaging for Sustainable Mining OperationsX iconYouTube iconInstagram icon Meta Description: Unlock precise mineral exploration and environmental monitoring with Pixxel’s hyperspectral data, driving safer, sustainable, and efficient mining practices. Language: en Canonical URL: https://www.pixxel.space/solution/mining ## Headings Structure: H1: Optimised Mining Operations with Pixxel’s Hyperspectral Datasets H2: Addressing Key Concerns in the Mining Industry H3: Operational and Maintenance Inefficiencies H3: Safety andRisk Management H3: Environmentalcompliance H3: Resource Management and Data Integration H2: Discover the ‍Hyperspectral Advantage H3: Precision Agriculture in Action H2: Hyperspectral Applications for Smarter Farming H3: Detailed Site and Feasibility Assessment for Sustainable Mining H3: Precision-Optimised Threat Detection and Solutions H3: Advanced Vegetation Health and Habitat Mapping H3: Comprehensive Mine closure and Site Remediation H2: Real World Impact H3: Monitoring mining sites with Pixxel’s hyperspectral imagery H2: Transform Your Mining Operations With Pixxel H2: Knowledge Hub H3: The Hyperspectral Advantage in Mining H3: The Hyperspectral Advantage in Mining H3: How hyperspectral data can keep tailing storage facilities secure ## Main Content: H4: MINING H1: Optimised Mining Operations with Pixxel’s Hyperspectral Datasets H2: Addressing Key Concerns in the Mining Industry H3: Operational and Maintenance Inefficiencies H3: Safety andRisk Management H3: Environmentalcompliance H3: Resource Management and Data Integration H2: Discover the ‍Hyperspectral Advantage H3: Precision Agriculture in Action H2: Hyperspectral Applications for Smarter Farming H3: Detailed Site and Feasibility Assessment for Sustainable Mining H3: Precision-Optimised Threat Detection and Solutions H3: Advanced Vegetation Health and Habitat Mapping H3: Comprehensive Mine closure and Site Remediation H2: Real World Impact H3: Monitoring mining sites with Pixxel’s hyperspectral imagery H2: Transform Your Mining Operations With Pixxel H2: Knowledge Hub H3: The Hyperspectral Advantage in Mining H3: The Hyperspectral Advantage in Mining H3: How hyperspectral data can keep tailing storage facilities secure Unlock the potential of Pixxel’s analysis-ready hyperspectral solutions for efficient mineral exploration, site remediation, and environmental assessment. Pixxel’s hyperspectral satellites capture unique spectral information globally with impressive spatial and temporal resolutions. With Pixxel’s actionable data, mining organisations and researchers can make informed decisions at every operational stage, driving effective and sustainable mining practices. The mining industry is plagued by issues stemming from conventional techniques and a lack of proper insights. Continuous monitoring, advanced technologies, and informed solutions are essential to overcome these issues. Suboptimal machinery operations and recurring infrastructural issues reduce productivity, leading to higher downtime and maintenance costs. Inadequate monitoring fails to identify hazardous conditions, increasing the risk of accidents and injuries, and disrupting operations. Inefficient environmental practices can lead to ecological degradation, resulting in legal penalties and reputational damage. Faulty estimation of mineral reserves and fragmented data systems hinder sustainable resource extraction, impacting profitability and optimal decision-making. Hyperspectral imaging allows for precise identification and detailed characterisation of geological features by spectrally fingerprinting the Earth and delivering unparalleled information about complex surfaces' physical and chemical parameters. This technology revolutionises traditional, labour-intensive methods, minimises environmental impact, and assures safer mining operations. 5-metre spatial resolution 250+ VNIR and SWIR bands 24-hour revisit frequency 40-kilometre SWATH width Pixxel’s imaging satellites capture data at a 24-hour revisit rate across a 40-kilometre swath, essential for mineral exploration and site assessment in expansive areas. Capturing hyperspectral imagery over potential mining sites enables decision-makers to identify mineral reserves and assess their feasibility. This also provides continued tracking at scale for any threats to the site and the surrounding natural environment. Pixxel’s hyperspectral imaging technology captures data across up to 150 spectral bands, enabling precise detection of threats to mining sites. Hyperspectral technology creates detailed habitat maps around mining areas, detecting environmental threats across vast regions. This capability reduces costs, optimally allocates resources, and improves environmental compliance. Additionally, it helps ecosystem regeneration, minimising environmental impacts and promoting responsible mining practices. Pixxel’s hyperspectral imaging provides 10x more information than conventional satellites, making it essential for habitat mapping and vegetation studies. Hyperspectral data facilitates specific biodiversity preservation, monitoring of vegetative health, and detection of leakages and potential environmental impacts. This assists in the implementation of environmentally conscious mining processes and regulatory adherence. Pixxel’s 5-metre spatial resolution imagery supplies data throughout the mining process, from exploration to decommissioning. Hyperspectral imagery is transforming mineral exploration by providing precise data to reveal subtle variations in mineral composition. In regions like Hamersley, Australia, Pixxel’s imagery mapped key iron ore deposits, enabling mining companies to target high-quality areas and reduce ground surveys. Discover how Pixxel’s technology can foster ecological practices and guarantee a resilient future for your mining business. Uncover how Pixxel accelerates mineral exploration and monitoring. --- ### Page: https://www.pixxel.space/support Title: Pixxel Support Hub | Hyperspectral Imaging Help CentreX iconYouTube iconInstagram icon Meta Description: Access expert support, API docs, FAQs, and community help for Pixxel’s hyperspectral imaging tools. Choose a plan tailored to your geospatial needs. Language: en Canonical URL: https://www.pixxel.space/support ## Headings Structure: H1: Support Services H2: Support Tailored For Success H2: Your Pixxel Success Toolkit H3: Help Centre H3: Pixxel Community H3: API Documentation H3: Product Documentation H2: How can pixxel help you? ## Main Content: H1: Support Services H2: Support Tailored For Success H2: Your Pixxel Success Toolkit H3: Help Centre H3: Pixxel Community H3: API Documentation H3: Product Documentation H2: How can pixxel help you? Pixxel’s Support Hub is your central resource for all things hyperspectral. From in-depth documentation and developer tools to an active, knowledge-sharing community, find everything you need to navigate geospatial workflows and get the most out of your data, at every stage. Access FAQs, product guides, and support forums - all in one convenient place. Engage with experts and fellow users, join discussions, and submit feature requests. Dive into detailed API references, comprehensive documentation, and step-by-step tutorials. Explore in-depth information on Pixxel’s products, features and capabilities. Access personalised support, product expertise, and on-demand guidance built around your use case. --- ### Page: https://www.pixxel.space/contact Title: Contact Pixxel | Hyperspectral Imaging SolutionsX iconYouTube iconInstagram icon Meta Description: Contact Pixxel for tailored hyperspectral solutions, partnership opportunities, career queries, or media requests. Language: en Canonical URL: https://www.pixxel.space/contact ## Headings Structure: H1: Get In Touch H2: What Can We Help you With? H2: Join The Pixxel team H2: Our Offices H2: Subscribe to our newsletter ## Main Content: H1: Get In Touch H2: What Can We Help you With? H2: Join The Pixxel team H2: Our Offices H4: Bengaluru, India H4: Bengaluru, India H4: California, USA H2: Subscribe to our newsletter Have a question or need more information?Connect with the Pixxel team to learn about our hyperspectral imaging solutions, satellites, or career opportunities. Every role at Pixxel is designed to create meaningful impact. If you're driven by purpose and passionate about shaping the future of Earth observation, we'd love for you to join our journey. Get the latest from Pixxel in Hypersphere, our newsletter featuring news, partner insights, and exclusive event invitations. --- ### Page: https://www.pixxel.space/team Title: Meet the Team Behind Pixxel’s Space InnovationLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconLinkedIn iconX iconYouTube iconInstagram icon Meta Description: Meet the team driving Pixxel’s mission to revolutionise Earth observation with cutting-edge hyperspectral space technology. Language: en Canonical URL: https://www.pixxel.space/team ## Headings Structure: H1: The Right Mix Of People, Passion And Experience H2: Turning Experience Into Impact H2: Leadership H3: Awais Ahmed H3: Kshitij Khandelwal H3: Eiji Yafuso H3: Manas Gupta H3: Tejaswi Hareesh H3: Ravi Suhag H3: Srishti Bajpai H3: Tanya Pallavi H3: Allyson Jenkins H3: Abhilash Bhat H3: Neerja Shah H3: Matt Harrison H3: Jeremy Kravitz H2: Advisors H3: Preston Dunlap H3: Jordan Noone H3: Godard H3: Ryan Johnson H2: Drive the Next Leap In Earth Observation H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring ## Main Content: H1: The Right Mix Of People, Passion And Experience H2: Turning Experience Into Impact H2: Leadership H3: Awais Ahmed H4: Founder and CEO H3: Kshitij Khandelwal H4: Founder and CTO H3: Eiji Yafuso H4: Chief Science Officer H3: Manas Gupta H4: VP, Electronics H3: Tejaswi Hareesh H4: VP, Mechanics H3: Ravi Suhag H4: SVP, Engineering H3: Srishti Bajpai H4: SVP, Finance H3: Tanya Pallavi H4: Head of People Practices H3: Allyson Jenkins H4: VP, Public Sector H3: Abhilash Bhat H4: Chief of Staff H3: Neerja Shah H4: PR and Communications Lead H3: Matt Harrison H4: Director of Government Programs H3: Jeremy Kravitz H4: Global Analytics Lead H2: Advisors H3: Preston Dunlap H3: Jordan Noone H3: Godard H3: Ryan Johnson H2: Drive the Next Leap In Earth Observation H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring From building India’s first Hyperloop pod to developing advanced satellites, missiles, and lunar landers and rovers, our team has consistently pushed the frontiers of exploration. At Pixxel, we bring together deep expertise across engineering, research, design, project management, brand, and business. Our teams work collaboratively to make space technology practical, purposeful, and accessible, bridging the gap between cutting-edge innovation and real-world impact.We are united by the belief that space exploration is not just about reaching new frontiers. It is about transforming our understanding of Earth and our place within it. Work with a team of innovators and explorers tackling climate challenges, sustainability, and expanding the frontiers of space. Discover how Pixxel’s Earth Observation solutions drive real-world impact. --- ### Page: https://www.pixxel.space/partners Title: Pixxel Partner Program | Expand Hyperspectral SolutionsX iconYouTube iconInstagram icon Meta Description: Join Pixxel’s Partner Program to develop, promote, and scale hyperspectral and geospatial solutions, driving innovation for planetary health monitoring. Language: en Canonical URL: https://www.pixxel.space/partners ## Headings Structure: H1: Partners H3: Empowering Collaboration H2: Expanding Horizons H2: Partner Ecosystem H3: The partners play a role in: H3: Explore H2: Our Existing Partners H3: Aetosky H3: Critchlow Geospatial H3: Domidus Prime H3: EarthEye.space H3: Ecocene H3: European Space Imaging (EUSI) H3: Geo Infinity H3: Geo SAT Solutions H3: Geofocus H3: Geoimage H3: GlobalGeo Geotecnologias H3: Heartland GIS H3: IndyWare H3: Ingenious Geo Technologies H3: Integrasia Utama H3: Japan Space Imaging H3: Jeodijital H3: Jurupro H3: KSAT H3: Lotus (H&R) H3: MapsGeo H3: Marvich H3: Meridian Servicios Geomaticos H3: NiK Insaat Ticaret H3: Open Cosmos H3: PT. Citra Bhumi Indonesia H3: Pacific Geomatics (PACGEO) H3: Procalculo Prosis SAS H3: RESTEC H3: SI Imaging H3: Sanborn H3: SkyFi H3: SkyWatch H3: Space 42 H3: Space Imaging Middle East H3: UP42 H3: VegaStar Technology H3: Vekom Geo H3: Veritas Imagery Services H2: What our Partners Say H2: Join Our Partner Network ## Main Content: H1: Partners H3: Empowering Collaboration H2: Expanding Horizons H2: Partner Ecosystem H3: The partners play a role in: H3: Explore H2: Our Existing Partners H3: Aetosky H3: Critchlow Geospatial H3: Domidus Prime H3: EarthEye.space H3: Ecocene H3: European Space Imaging (EUSI) H3: Geo Infinity H3: Geo SAT Solutions H3: Geofocus H3: Geoimage H3: GlobalGeo Geotecnologias H3: Heartland GIS H3: IndyWare H3: Ingenious Geo Technologies H3: Integrasia Utama H3: Japan Space Imaging H3: Jeodijital H3: Jurupro H3: KSAT H3: Lotus (H&R) H3: MapsGeo H3: Marvich H3: Meridian Servicios Geomaticos H3: NiK Insaat Ticaret H3: Open Cosmos H3: PT. Citra Bhumi Indonesia H3: Pacific Geomatics (PACGEO) H3: Procalculo Prosis SAS H3: RESTEC H3: SI Imaging H3: Sanborn H3: SkyFi H3: SkyWatch H3: Space 42 H3: Space Imaging Middle East H3: UP42 H3: VegaStar Technology H3: Vekom Geo H3: Veritas Imagery Services H2: What our Partners Say H2: Join Our Partner Network Pixxel’s Partner Program enables organisations to build, promote, and deliver geospatial solutions powered by hyperspectral imagery. By combining strengths, we make Earth insights more accessible and actionable across industries. Pixxel partners are at the forefront of bringing next-generation Earth observation to the world. Together, we explore new markets, unlock novel remote sensing use cases, and deliver tailored geospatial solutions. Whether it’s scaling across sectors or enabling smarter decision-making for enterprises, non-profits, and governments, these collaborations expand what’spossible for both our partners and the world we serve. Aetosky empowers organisations with a unified platform that transforms satellite imagery and multi-intel data into mission-ready insights with clarity, speed and precision. Critchlow Geospatial, New Zealand’s geospatial expert, offers a curated marketplace for satellite services and data from top global Earth observation providers. Domidus Prime offers ICT consulting focused on business transformation through IT, specialising in spatial data, real-time analytics, ML, predictions, and visualisation. EarthEye Space is a Singapore-based SaaS platform that makes satellite data accessible, affordable, and usable, offering automated tasking and AI-driven insights for various industries. Ecocene is one of Australia’s longest-running environmental consultancies, offering services in monitoring, remote sensing, GIS, data science, rehab, and weed management. Based in Munich since 2002, European Space Imaging supplies very high-resolution satellite imagery and services across Europe and North Africa using advanced satellite constellations. Geo-Infinity is a solutions-driven company that connects clients with the right service providers through a vast network, meeting needs in today’s evolving tech landscape. Geo SAT Solutions supports and distributes Survey, GIS, and photogrammetry tools, aiming to build a precise future for Nepal as an authorised Trimble and DJI distributor. Geofocus Co., Ltd. specialises in remote sensing, offering complete solutions including optical/SAR satellite imagery, image processing, consulting, and portable spectrometer services. Geoimage delivers geospatial solutions using satellite imagery and earth observation, serving industries like mining, energy, agriculture, and government with trusted expertise. GlobalGeo is a geotechnology company with strong technical and commercial expertise, offering satellite imagery, GIS solutions, and geotech services across various sectors. Heartland GIS provides expert GIS consulting, portal development, and solutions for agriculture, mapping, cultural data, and services across diverse sectors and communities. INDYWARE is a geointelligence company founded in 1998, offering satellite technologies, geospatial data, data solutions, training, and consulting for over 26 years. Ingenious Geo Technologies offers GIS services and training. Backed by a dynamic team, they deliver innovative, reliable solutions to meet evolving industry needs. Founded in 2001, Integrasia Utama is a dynamic force addressing Indonesia’s and global market needs, actively driving transformation in the era of Industry 4.0. Japan Space Imaging, founded in 1998, is Japan’s leading provider of satellite imagery and geospatial solutions, offering 3D imagery, basemaps, and image analysis services. JEODIJITAL offers earth observation and 3D geological modelling tools. It specialises in satellite imagery, geo-data acquisition, processing, analysis, and software distribution. Jurupro Sdn. Bhd. is a Bumiputra-owned tech company offering innovative, cost-effective solutions for security, environment, resource management, and health tech. KSAT provides sophisticated Earth Observation services. Through monitoring the environment, KSAT contributes to securing a sustainable ecosystem for life on land and at sea. Lotus (H&R) delivers high-resolution imagery and geospatial solutions—from receiving stations to 3D models, analytics and training, leading the industry. MAPS sarl, founded in 1974 in Lebanon, is a leading geospatial firm in the Middle East and Africa, offering advanced imaging, data collection, and customised GIS solutions. We are a regional leader in the combination of geospatial technologies, artificial intelligence and remote sensors to build innovative solutions and solve challenging problems. Meridian is a provider of fast, precise, and innovative geospatial solutions, serving public and private sectors as a transparent, committed, and reliable technical partner. A reseller of satellite imagery and a distributor of products, software, and instruments like spectroradiometers and spectrometers for remote sensing applications and projects. Open Cosmos, founded in 2015, simplifies access to space with small satellites, enabling more organisations worldwide to harness satellite data to solve real-world challenges effectively. PT. Citra Bhumi Indonesia provides high-res satellite imagery for GIS and mapping, specialising in 2D/3D imaging, remote sensing consulting, UAV services, and mapping tools. Pacific Geomatics has delivered expert satellite imagery solutions since 1994. It serves various industries and is trusted by Canada’s government, defense, and security sectors. Procalculo Prosis, Colombia’s leader in geospatial solutions since 1968, provides tech for strategic information management through geographic information technologies. RESTEC promotes remote sensing as social infrastructure through R&D, using satellite and aerial data to help address environmental challenges and climate change issues. SI Imaging is a global provider of high-res satellite imagery. A subsidiary of Satrec Initiative, it delivers KOMPSAT data from KARI to meet diverse geospatial needs worldwide. The Sanborn Map Company is a leader in mapping technology, offering 3D visualisation, oblique aerial imagery, aerial and mobile lidar mapping, plus geophysical survey solutions. SkyFi provides on-demand, high-res Earth observation data and analytics via any device. With 100+ satellites, it aims to simplify access to geospatial insights for all. SkyWatch aims to make Earth observation data accessible through EarthCache, a platform that simplifies discovering and accessing remote sensing data for geospatial analysis. Space 42 goes beyond traditional surveying, offering end-to-end geospatial solutions. With 40+ years of experience, it integrates geospatial tech and AI to deliver powerful, actionable insights. SIME, founded in 1997, provides a full range of services from imagery collection and processing to advanced, customised GIS databases and software solutions for various sectors. UP42 is a platform giving unified access to high-res satellite imagery from multiple providers, with tools for ordering, processing, and integration. VEGASTAR TECHNOLOGY, founded in Nov 2000, is a leading Vietnam-based company providing electrical, telecom, IT, and medical products. It is also an authorised distributor for global brands. Vekom, an authorised distributor of geospatial equipment, software, and systems, offers complete solutions for geodesy, surveying, photogrammetry, GIS, and mapping. Veritas Imagery Services, established in 2019, specialises in satellite imagery, leveraging 5+ years of expertise to deliver procurement and project solutions on a global scale. Be part of our global ecosystem with personalised guidance, technical support, and new ways to scale with hyperspectral data. --- ### Page: https://www.pixxel.space/knowledge-hub Title: Pixxel Knowledge Hub | Hyperspectral & Earth Observation InsightsX iconYouTube iconInstagram icon Meta Description: Explore Pixxel’s Knowledge Hub for blogs, whitepapers, videos, and resources on hyperspectral imaging and advanced Earth observation technologies. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub ## Headings Structure: H1: Knowledge Hub H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry H3: The Hyperspectral Advantage in Agriculture H3: The Hyperspectral Advantage in Mining H3: The Hyperspectral Advantage in Energy H3: The Hyperspectral Advantage in Energy ## Main Content: H1: Knowledge Hub H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry H3: The Hyperspectral Advantage in Agriculture H3: The Hyperspectral Advantage in Mining H3: The Hyperspectral Advantage in Energy H3: The Hyperspectral Advantage in Energy Welcome to Pixxel’s Resource Centre, your go-to destination to explore hyperspectral imaging and Earth observation. Browse blogs, whitepapers, and storymaps that highlight how space-based data is being applied across industries and real-world challenges. --- ### Page: https://www.pixxel.space/aurora Title: Aurora by Pixxel | Next-Gen Satellite Analytics PlatformX iconYouTube iconInstagram icon Meta Description: Aurora by Pixxel enables no-code satellite data analysis with AI tools, hyperspectral imagery, and customisable workflows. Start your free trial today. Language: en Canonical URL: https://www.pixxel.space/aurora ## Headings Structure: H1: Aurora By Pixxel: Turning Satellite Data Into Real Insights H3: Endless Possibilities. H2: One Platform. H2: With Aurora, You Can H2: Dive Into The Aurora Experience H2: What Sets Aurora Apart H2: See What You Can Do With Aurora H2: Solutions Tailored For Your Industry H3: Pricing H2: Scalable PlansFor Every Team H2: Transform How you Work With Satellite Data H2: Knowledge Hub H3: Quick and Easy Visualisation of Indices through Aurora by Pixxel H3: Introducing Pixxel - Aurora: Earth Observation Studio H3: Explore Pixxel - Aurora, Our Earth Observation Studio’s impact across industries ## Main Content: H1: Aurora By Pixxel: Turning Satellite Data Into Real Insights H3: Endless Possibilities. H2: One Platform. H2: With Aurora, You Can H2: Dive Into The Aurora Experience H2: What Sets Aurora Apart H2: See What You Can Do With Aurora H4: Explore H4: Generate Insights H4: Analyse H4: Automate H2: Solutions Tailored For Your Industry H4: Farm Boundary Detection H4: Crop Stress H4: Crop Growth Monitoring H4: Crop Classification H4: Forest above-ground biomass estimation H4: Water quality index H4: Deforestation /afforestation monitoring H4: Tree Species Classification H4: Forest Health Monitoring H4: Forest fire impact analysis H4: Pipeline right-of-way monitoring H4: Oil spill detection H4: Pipeline leakage detection H4: Land use and land cover (LULC) H4: Flood Impact Analysis H4: Change Detection H4: Mine detection H4: Mineral detection H4: Tailings dam monitoring H4: Open pit monitoring H3: Pricing H2: Scalable PlansFor Every Team H2: Transform How you Work With Satellite Data H2: Knowledge Hub H3: Quick and Easy Visualisation of Indices through Aurora by Pixxel H3: Introducing Pixxel - Aurora: Earth Observation Studio H3: Explore Pixxel - Aurora, Our Earth Observation Studio’s impact across industries Aurora is Pixxel’s in-house Earth Observation Studio that makes satellite data intuitive to explore and ready to use. Built for seamless analysis, it bridges the gap between complex imagery and confident decision-making. Aurora brings together open-source Earth Observation datasets, ready-to-use models and indices, and Pixxel’s upcoming hyperspectral imagery in one unified platform. Its no-code interface and customisable workflows remove the friction of traditional tools, making it easier to work with satellite data across different needs and teams. No credit card required and no software to install No installation needed, accessible via browser with API support. Connect with open-source and third-party datasets effortlessly. Quick onboarding, intuitive UX, AI-powered tools, and fast processing. Clear per km² pricing, model accuracy insights, and detailed documentation. – Access huge database of imagery – AI / ML models marketplace – Spectral and temporal graphs – One-click instant insights – 20+ Preset Indices like NDVI, NDWI etc. – Create custom indices and composites – Split compare feature – Drag and drop processing blocks to create custom workflows Aurora adapts to diverse industry needs, including crop monitoring, infrastructure management and environmental tracking. It delivers the precision required for compliance and makes it easy to integrate satellite data into core business operations. Helps identify the individual farms, for better planning, allocation of resources, and making smart decisions for farming. Assesses and predicts plant stress levels, which helps in identifying and addressing issues to optimize crop health and yields. Tracks and analyzes the development of crops, which helps in making informed decisions for efficient agriculture practices to achieve better yields. Identifies and categorizes different types of crops, assisting in precision farming and land management. Assesses the amount of organic material in a forest, aiding in sustainable forest management and carbon sequestration efforts. Inspects the quality of water bodies, helping ensure safe and sustainable water resources through the analysis of various parameters such as pollutants and nutrient levels. Tracks changes in vegetation over time, helping identify and monitor areas experiencing deforestation/afforestation for environmental conservation efforts. Classifies the different tree species using remote sensing data which in turn help in forest resource management and biodiversity assessment. Identify tree species, detect diseases, pests and health bio-parameters like chlorophyll content, leaf nitrogen content etc. and monitor stress parameters like browning, disease, water stress etc. Assess and quantify the extent of damage caused by forest fires, enabling rapid identification of affected areas and informing restoration efforts. Ensure pipeline safety by monitoring vegetation growth, construction, and natural hazards along the Right of Way (RoW); detect land cover changes that could harm the pipeline and set up early warning systems for quick threat detection. Distinguishes and tracks oil spills in water bodies, facilitating rapid response and containment efforts for environmental protection. Detect, locate and classify pipeline leakages in a timely manner and minimize environmental and operational risks. Categorizes and maps different types of terrain, providing essential information for urban planning, environmental management, and natural resource monitoring. Evaluates the extent of flooding in an area, aiding in disaster response and management by identifying affected regions for timely intervention. Identifies and analyzes changes over time on image layers such as Land Use or Crop Stress or NDVI, etc. and generates visual maps and metrics for actionable insights across various sectors. Identifies the mines in various part of the world to aid analysis for regulatory monitoring or illegal mining detection. Maps the distribution of minerals on the Earth's surface, assisting in mineral exploration and geological studies for resource assessment. Monitor the structural integrity of tailings dams, ensuring early detection of potential issues for improved safety and environmental protection in mining operations. Monitor and analyze open-pit mining activities to identify potential hazards and ensure compliance with environmental and operational standards. Access, process, and apply satellite data effortlessly in your projects with one simple, powerful platform. Learn how Aurora by Pixxel turns satellite imagery into actionable insights for your mission. --- ### Page: https://www.pixxel.space/about-us Title: About Pixxel | Hyperspectral Imaging & Space InnovationX iconYouTube iconInstagram icon Meta Description: Pixxel is building a health monitor for the planet with hyperspectral satellites, Aurora, and spacecraft manufacturing to power climate and space innovation. Language: en Canonical URL: https://www.pixxel.space/about-us ## Headings Structure: H1: Reimagining Earth Observation For A New Era H2: Seeing the Unseen H2: Hyperspectral Imaging H3: Our constellation of hyperspectral imaging satellites provides unparalleled insights into Earth’s ecosystems. H2: Earth Observation Studio H3: Aurora by Pixxel, our cutting-edge Earth Observation Studio transforms raw satellite data into actionable intelligence. H2: With Pixxel, you’re not just observing the world; you’re equipped to change it. H3: Our Mission H2: Build A Health Monitor For The Planet H3: Our Vision H2: Accelerate Humanity’s Expansion Into Space H2: Key Milestones H3: Pixxel Founded H3: Seed Funding Round H3: First Office Opened H3: Series A Funding Round H3: First Satellite Launch (Shakuntala) H3: Third Satellite Launch (Anand) H3: Pixxel Unveils First Light Images H3: Pixxel–NRO Partnership Announced H3: Series B Funding Round H3: MoU Signed With MNCFC and MoA&FW H3: iDEX Prime (Space) Grant Awarded H3: Megapixxel Facility Launch H3: MoU With The Indian Institute of Astrophysics H3: DIU & iDEX Maritime ISR Challenge Award H3: Aurora Public Launch H3: NASA Contract Awarded To Support Earth Science Research H3: Series B Extension Funding H3: MoU signed With SI Imaging Services (SIIS) H3: Three Fireflies Launch H3: Fireflies First Light H3: iDEX grant for MWIR and Hyperspectral Payload H2: Investors H2: Recognition H2: Explore careers at pixxel H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring ## Main Content: H1: Reimagining Earth Observation For A New Era H2: Seeing the Unseen H4: Satellites. Software. Systems.Seamlessly Connected. H2: Hyperspectral Imaging H3: Our constellation of hyperspectral imaging satellites provides unparalleled insights into Earth’s ecosystems. H2: Earth Observation Studio H3: Aurora by Pixxel, our cutting-edge Earth Observation Studio transforms raw satellite data into actionable intelligence. H2: With Pixxel, you’re not just observing the world; you’re equipped to change it. H3: Our Mission H2: Build A Health Monitor For The Planet H3: Our Vision H2: Accelerate Humanity’s Expansion Into Space H2: Key Milestones H3: Pixxel Founded H3: Seed Funding Round H3: First Office Opened H3: Series A Funding Round H3: First Satellite Launch (Shakuntala) H3: Third Satellite Launch (Anand) H3: Pixxel Unveils First Light Images H3: Pixxel–NRO Partnership Announced H3: Series B Funding Round H3: MoU Signed With MNCFC and MoA&FW H3: iDEX Prime (Space) Grant Awarded H3: Megapixxel Facility Launch H3: MoU With The Indian Institute of Astrophysics H3: DIU & iDEX Maritime ISR Challenge Award H3: Aurora Public Launch H3: NASA Contract Awarded To Support Earth Science Research H3: Series B Extension Funding H3: MoU signed With SI Imaging Services (SIIS) H3: Three Fireflies Launch H3: Fireflies First Light H3: iDEX grant for MWIR and Hyperspectral Payload H2: Investors H2: Recognition H2: Explore careers at pixxel H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring We're building a full-stack space infrastructure to monitor the planet, advance sustainability, and power the future of space-driven progress. We’re utilsing cutting-edge hyperspectral imaging to reveal what others can’t: subtle, early signals of change in Earth’s ecosystems, resources, and atmosphere. With this level of detail, we help decision-makers act faster, manage smarter, and respond to threats before they escalate. From crop health and water quality to pollution and climate impact, we’re building the intelligence layer the planet urgently needs. Pixxel’s vision is to make in-space resources accessible and help build a more resilient Earth. Our hyperspectral satellite constellation will monitor the planet in detail and map resource-rich zones across the solar system, paving the way for asteroidal discovery. In time, this will enable heavy industry to shift off-planet, easing Earth’s burden and opening new frontiers.We see a future where space technology drives global progress, empowers environmental solutions, and makes interplanetary life possible. Pixxel founded with the vision to build a health monitor for the planet and expand humanity’s reach into space Lightspeed, India Partners, Blume Ventures, GrowX Ventures, Techstars, Omnivore VC and more ($8M) Pixxel sets up its first official office in Indiranagar, Bengaluru, marking a foundational step in its journey Radical Ventures, In-Q-Tel, Seraphim Space, Sparta LLC and others ($27M) Pixxel’s first hyperspectral demo satellite launches with SpaceX Pixxel launches its third demo hyperspectral satellite with ISRO First hyperspectral images from Pixxel’s demo satellites shared publicly Pixxel to support the US National Reconnaissance Office with hyperspectral data Google and existing investors join in ($36M) Collaboration to enhance agricultural monitoring using hyperspectral data Pixxel to build miniaturised multi-payload satellites for the Indian Air Force Pixxel’s satellite manufacturing and integration facility opens in Bengaluru, India To utilise testing facilities and collaborate on scientific research Pixxel wins first prize at INDUS-X summit highlighting the usage of hyperspectral imagery to detect ocean surface oil spills Pixxel’s Earth Observation Studio Aurora by Pixxel launches for public use Part of NASA’s $476M CSDA program to provide hyperspectral data M&G Catalyst and Glade Brook Capital Partners join along with existing backers ($24M) Pixxel to introduce hyperspectral satellite data capabilities in South Korea through a strategic partnership Pixxel’s first three commercial resolution hyperspectral satellites enter orbit with SpaceX First hyperspectral images from the Fireflies satellites revealed Pixxel signs SPARK Grant agreement to develop advanced payloads for the Indian Air Force’s miniaturised satellites World Economic Forum Technology Pioneers 2024 Awais and Kshitij in Entrepreneur 35u35 TIME’s Best Inventions 2023 Top Ten Innovative Space Companies 2023 Via Satellite Top 10 hottest satellite companies 2023 Awais named in MIT Innovators 35u35 2023 Join us to build what’s next in space technology and help solve some of Earth’s biggest challenges! Discover how Pixxel’s Earth Observation solutions drive real-world impact. --- ### Page: https://www.pixxel.space/hyperspectral-academy Title: Pixxel Hyperspectral Academy | Learn Space-Based ImagingX iconYouTube iconInstagram icon Meta Description: Explore Pixxel’s Hyperspectral Academy to master space-based hyperspectral imaging with expert-led videos, real-world applications, and learning modules. Language: en Canonical URL: https://www.pixxel.space/hyperspectral-academy ## Headings Structure: H1: Hyperspectral Academy ## Main Content: H1: Hyperspectral Academy H4: Hyperspectral Application: Vegetation H4: Hyperspectral Application: Water quality H4: Hyperspectral Applications: Mineralogy Explore the science, technology, and real-world applications behind Pixxel’s space-based hyperspectral imagery. Learn through in-depth modules, discover use cases across sectors, and see how this technology unlocks a new dimension of understanding for Earth. Hyperspectral Academy brings together in-depth videos from Pixxel that uncover how hyperspectral imaging works and where it creates impact. Each episode, led by our team, dives into key concepts from spectral fundamentals to real-world applications, offering a clear view of what’s possible with space-based hyperspectral data. In this episode of Hyperspectral Academy, Megan Gallagher explores how hyperspectral imaging is transforming vegetation analysis, from assessing plant health and species to detecting stress, disease, and pests. Discover how this technology enables precise monitoring across agriculture and forestry, revealing insights invisible to the human eye. In this episode of Hyperspectral Academy, Jeremy Kravitz explores the role of hyperspectral imaging in aquatic monitoring. From water quality assessment to benthic habitat mapping, see how HSI transforms our understanding of aquatic ecosystems. In this episode of Hyperspectral Academy, Megan Gallagher dives into one of hyperspectral imaging’s earliest applications: mineral mapping. Discover how HSI supports geological analysis and detects subtle spectral signatures in rocks and minerals. --- ### Page: https://www.pixxel.space/webinars Title: On-Demand Webinars | Hyperspectral Imaging & Earth Observation InsightsX iconYouTube iconInstagram icon Meta Description: Join Pixxel’s expert-led webinars to explore the latest in hyperspectral imaging, satellite technology, and Earth observation applications. Language: en Canonical URL: https://www.pixxel.space/webinars ## Headings Structure: H1: Webinars H2: Past Webinars H3: Introduction to Order Desk H3: Introduction to Order Desk H3: The Hyperspectral Advantage in Aquatic Monitoring H3: The Hyperspectral Advantage in Aquatic Monitoring H3: Introduction to Aurora-Earth Observation Studio H3: Introduction to Aurora-Earth Observation Studio H3: The Hyperspectral Advantage in Agriculture H3: The Hyperspectral Advantage in Agriculture H3: The Hyperspectral Advantage in Forestry H3: The Hyperspectral Advantage in Forestry ## Main Content: H1: Webinars H2: Past Webinars H3: Introduction to Order Desk H3: Introduction to Order Desk H3: The Hyperspectral Advantage in Aquatic Monitoring H3: The Hyperspectral Advantage in Aquatic Monitoring H3: Introduction to Aurora-Earth Observation Studio H3: Introduction to Aurora-Earth Observation Studio H3: The Hyperspectral Advantage in Agriculture H3: The Hyperspectral Advantage in Agriculture H3: The Hyperspectral Advantage in Forestry H3: The Hyperspectral Advantage in Forestry Get a closer look at Pixxel’s technology through product features, technical walkthroughs, and in-depth demos. Learn what’s new and how our solutions can deliver more value to your work. --- ### Page: https://www.pixxel.space/events Title: Upcoming Events | Pixxel Hyperspectral Imaging & Earth ObservationX iconYouTube iconInstagram icon Meta Description: Stay updated with Pixxel’s latest events, conferences, and industry meetups focused on hyperspectral imaging and Earth observation technologies. Language: en Canonical URL: https://www.pixxel.space/events ## Headings Structure: H1: Events H2: AGU 2025 ## Main Content: H1: Events H2: AGU 2025 From global space summits to industry forums, we’re on the ground sharing how Pixxel’s hyperspectral imagery is solving challenges across agriculture, climate, energy, and infrastructure. Explore where we’re headed next, visit our booth, or book a meeting to see how space-based data can support your goals. Meet our team at AGU 2025 in New Orleans, USA. Visit Booth #1063 to see how Pixxel’s 5m hyperspectral imagery transforms spectral data into actionable insights for industries worldwide. --- ### Page: https://www.pixxel.space/newsroom Title: Pixxel Newsroom | Latest Updates on Hyperspectral Imaging & Space TechnologyX iconYouTube iconInstagram icon Meta Description: Stay updated with the latest news, insights, and real-world use cases on satellite imagery, hyperspectral imaging, and their transformative applications. Language: en Canonical URL: https://www.pixxel.space/newsroom ## Headings Structure: H1: Newsroom H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging H3: Pixxel Set to Launch Next Three Fireflies aboard SpaceX, Completing Phase One of Hyperspectral Constellation H3: Pixxel-Led Consortium with partners Dhruva Space, PierSight, and SatSure Wins IN-SPACe Proposal to Build India’s National EO Constellation ## Main Content: H1: Newsroom H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging H3: Pixxel Set to Launch Next Three Fireflies aboard SpaceX, Completing Phase One of Hyperspectral Constellation H3: Pixxel-Led Consortium with partners Dhruva Space, PierSight, and SatSure Wins IN-SPACe Proposal to Build India’s National EO Constellation Explore Pixxel’s latest press releases and official announcements, featuring satellite launches, strategic partnerships, and key milestones driving our vision forward. --- ### Page: https://www.pixxel.space/satellite-manufacturing Title: Custom & Ready-to-Launch Satellites | Pixxel ManufacturingX iconYouTube iconInstagram icon Meta Description: Pixxel offers tailored, cost-effective satellite manufacturing solutions with advanced imaging payloads for LEO, MEO, and GEO missions. Partner with us today. Language: en Canonical URL: https://www.pixxel.space/satellite-manufacturing ## Headings Structure: H1: Tailored Satellite Solutions For Missions Success H2: Redefining Excellence In Satellite Manufacturing H3: Satellite Platforms H2: Versatile Options For Every Mission H3: 35 H3: Up to 15 H3: 30×30×20 H3: Up to 1kW H3: Up to 1Gbps H3: Up to 7 years H3: 65 H3: Up to 35 H3: 50×50×30 H3: Up to 2kW H3: Up to 1Gbps H3: Up to 7 years H3: 125 H3: Up to 125 H3: 100×100×50 H3: Up to 3kW H3: Up to 2Gbps H3: Up to 10 years H3: 250 H3: Up to 250 H3: 200×200×100 H3: Up to 5kW H3: Up to 5Gbps H3: Up to 10 years H3: Off-The-Shelf Offerings H2: Ready-To-Deploy Small Satellites H3: 70CM VHR Satellite H3: 70 cm H3: 1.4 m H3: Up to 8 H3: 10 km H3: 30CM VHR Satellite H3: 30 cm H3: 1.4 m H3: Up to 14 H3: 8 km H3: 5M Hyperspectral Satellite H3: 5 m H3: 10 km H3: 400 H3: 400-2500 nm H3: 30CM SAR Satellite H3: 30 cm H3: 3 m H3: 100 km H2: Take your next mission to new heights H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring ## Main Content: H1: Tailored Satellite Solutions For Missions Success H2: Redefining Excellence In Satellite Manufacturing H3: Satellite Platforms H2: Versatile Options For Every Mission H4: XX-50 Satellite Platform - LEO H3: 35 H3: Up to 15 H3: 30×30×20 H3: Up to 1kW H3: Up to 1Gbps H3: Up to 7 years H4: XX-100 Satellite Platform - LEO H3: 65 H3: Up to 35 H3: 50×50×30 H3: Up to 2kW H3: Up to 1Gbps H3: Up to 7 years H4: XX-250 Satellite Platform - LEO/MEO H3: 125 H3: Up to 125 H3: 100×100×50 H3: Up to 3kW H3: Up to 2Gbps H3: Up to 10 years H4: XX-500 Satellite Platform - LEO/MEO/GEO H3: 250 H3: Up to 250 H3: 200×200×100 H3: Up to 5kW H3: Up to 5Gbps H3: Up to 10 years H3: Off-The-Shelf Offerings H2: Ready-To-Deploy Small Satellites H3: 70CM VHR Satellite H3: 70 cm H3: 1.4 m H3: Up to 8 H3: 10 km H3: 30CM VHR Satellite H3: 30 cm H3: 1.4 m H3: Up to 14 H3: 8 km H3: 5M Hyperspectral Satellite H3: 5 m H3: 10 km H3: 400 H3: 400-2500 nm H3: 30CM SAR Satellite H3: 30 cm H3: 3 m H3: 100 km H2: Take your next mission to new heights H2: Knowledge Hub H3: Hyperspectral Insights into Mangrove Species Classification H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Water Quality Monitoring Pixxel delivers high-performance, cost-effective satellite manufacturing solutions designed for seamless Earth observation from concept to deployment, empowering industries with precise, data-driven insights for global impact. Pixxel provides end-to-end satellite manufacturing, transforming vision into reality. With deep expertise in building and operating advanced hyperspectral satellites, we offer scalable, flight-proven solutions for governments and enterprises. From environmental monitoring to next-gen space missions, Pixxel ensures high-performance results. Pixxel provides a full spectrum of satellite manufacturing services, from small satellites to advanced imaging payloads. Our platforms support missions across low-Earth (LEO), medium-Earth (MEO), and geostationary orbits (GEO) and are tailored to diverse industry requirements. Pixxel also provides pre-designed, ready-to-launch satellite solutions for rapid deployment. These satellites deliver top-tier performance without custom builds and offer immediate operational value for Earth observation, communications, and more. Time-critical terrestrial-monitoring Ultra high-res global tasking Ultra high spectral resolution to see the unseen Perennial all-weather, day/night imaging solution Partner with Pixxel for custom and ready-to-launch satellite solutions, delivering seamless execution from concept to orbit. Unlock new possibilities today! Discover how Pixxel's Earth Observation technology drives impactful insights. --- ### Page: https://www.pixxel.space/careers Title: Careers at Pixxel | Build the Future of Earth ObservationX iconYouTube iconInstagram icon Meta Description: Join Pixxel to redefine space technology and climate action. Explore careers in hyperspectral imaging, satellite innovation, and planetary sustainability. Language: en Canonical URL: https://www.pixxel.space/careers ## Headings Structure: H1: Careers H2: Build With Us For The Long Term H2: Grow Through Shared Knowledge H2: Thrive In A Culture Of Diversity, Purpose And Innovation H2: Values That Drive Us H3: Make haste slowly H3: Think rigorously H3: Trust and respect others H3: Maintain honesty and transparency H3: Value simplicity H3: Raise the bar H2: Find Balance And Fulfilment At Work And Outside H2: Benefits That Strengthen Well-Being H3: Comprehensive health coverage H3: Free access to mental health professionals H3: Learning and development budget H3: Employee Stock Options (ESOPs) H3: Team-building and connectivity initiatives H3: Paid fitness and wellness memberships H3: Creche facility H3: Hybrid work flexibility H3: Parental leave benefits H3: Unlimited leave policy H3: Salary advance program H2: turn Bold Ideas Into Planetary Impact ## Main Content: H1: Careers H2: Build With Us For The Long Term H2: Grow Through Shared Knowledge H2: Thrive In A Culture Of Diversity, Purpose And Innovation H2: Values That Drive Us H3: Make haste slowly H3: Think rigorously H3: Trust and respect others H3: Maintain honesty and transparency H3: Value simplicity H3: Raise the bar H2: Find Balance And Fulfilment At Work And Outside H2: Benefits That Strengthen Well-Being H3: Comprehensive health coverage H3: Free access to mental health professionals H3: Learning and development budget H3: Employee Stock Options (ESOPs) H3: Team-building and connectivity initiatives H3: Paid fitness and wellness memberships H3: Creche facility H3: Hybrid work flexibility H3: Parental leave benefits H3: Unlimited leave policy H3: Salary advance program H2: turn Bold Ideas Into Planetary Impact Pixxel exists to push the boundaries of space and put its power to work for the planet. Through hyperspectral imaging, we’re building the future of Earth observation with a team committed to making climate action more precise, data-driven, and impactful. What started as a team of five in 2019 is now a 200+ strong global company, and we’re just getting started. We see careers as long journeys, shaped by curiosity, purpose, and the chance to grow alongside something meaningful. For us, learning is a shared pursuit. Our team brings together fresh perspectives and decades of experience, creating a culture where ideas, tools, and insights are freely exchanged. Through mentorship, open dialogue, and industry engagement, we make space for continuous growth, both as individuals and as a team. Our successes and failures are collective; we learn from and support each other at every step. We take our craft seriously, challenge convention, and work with autonomy toward shared goals. Curiosity, creativity, and collaboration power our best work. Our culture is rooted in open communication, thoughtful feedback, and mutual respect, creating a space where everyone feels heard and supported. We’re building an inclusive, equal-opportunity team that reflects the world we hope to improve. Rapid response, flexible to changes, and nimble in approach without compromising the overall quality of work. Develop solutions through an adequate mix of intuition, reason and logic. Push the collective quality of thought to new limits while trusting and respecting others’ skills & intentions. Communicate with utmost clarity while maintaining the highest standards of candour. Adopt simplicity as a clutter-breaking mechanism to waste fewer resources and time. Aim for perfection iteratively to deliver work that is above and beyond accepted standards of excellence. At Pixxel, we make space for rest, growth, and everything in between, whether it’s taking time off to recharge or focusing on well-being, or pursuing personal development. We know that balance fuels clarity, motivation, and better work over the long term. Help build the technology behind climate intelligence, orbital infrastructure, and the next generation of space-powered solutions. --- ### Page: https://www.pixxel.space/annualreports/fy-21-22 Title: ANNUAL REPORT: FY 21-22X iconYouTube iconInstagram icon Language: en Canonical URL: https://www.pixxel.space/annualreports/fy-21-22 ## Headings Structure: H1: ANNUAL REPORT: FY 21-22 ## Main Content: H1: ANNUAL REPORT: FY 21-22 H4: TRY: Fetching Details Please wait... Took too long to respond ERR_CONNECTION_TIMED_OUT --- ### Page: https://www.pixxel.space/annualreports/fy-22-23 Title: ANNUAL REPORT: FY 22-23X iconYouTube iconInstagram icon Language: en Canonical URL: https://www.pixxel.space/annualreports/fy-22-23 ## Headings Structure: H1: ANNUAL REPORT: FY 22-23 ## Main Content: H1: ANNUAL REPORT: FY 22-23 H4: TRY: Fetching Details Please wait... Took too long to respond ERR_CONNECTION_TIMED_OUT --- ### Page: https://www.pixxel.space/annualreports/fy-23-24 Title: ANNUAL REPORT: FY 23-24X iconYouTube iconInstagram icon Language: en Canonical URL: https://www.pixxel.space/annualreports/fy-23-24 ## Headings Structure: H1: ANNUAL REPORT: FY 23-24 ## Main Content: H1: ANNUAL REPORT: FY 23-24 H4: TRY: Fetching Details Please wait... Took too long to respond ERR_CONNECTION_TIMED_OUT --- ### Page: https://www.pixxel.space/solutions Title: Hyperspectral Solutions by Pixxel | Advanced Earth ObservationX iconYouTube iconInstagram icon Meta Description: Explore Pixxel’s hyperspectral imaging solutions for agriculture, energy, government, environment, forestry, and mining. Unlock actionable insights today. Language: en Canonical URL: https://www.pixxel.space/solutions ## Headings Structure: H1: Solutions H2: Agriculture H2: Energy H2: Government H2: Environment H2: Forestry H2: Mining H2: Turn Satellite Data into Action with Pixxel ## Main Content: H1: Solutions H2: Agriculture H2: Energy H2: Government H2: Environment H2: Forestry H2: Mining H2: Turn Satellite Data into Action with Pixxel Pixxel's hyperspectral imagery is more frequent, consistent and of higher quality, giving you the advantage of targeted monitoring, localised problem detection, and hyper optimised solutions in every sector globally. Early stress detection Crop species classification Crop yield prediction Soil nutrient analysis Hydrocarbon estimation Plan urban infrastructure Natural disaster response Natural resource planning Pollution & stress level quantification Tree species classification Early vegetation stress detection Above-ground biomass estimation Forest fire detection and mitigation Mineral detection‍Mine site closure Illegal mining prevention Environmental compliance Harness cutting-edge hyperspectral imagery and advanced analytics to make faster, informed decisions. Start leveraging Earth observation data for your business today! --- ### Page: https://www.pixxel.space/firefly Title: Firefly: World’s Highest-Resolution Hyperspectral SatellitesX iconYouTube iconInstagram icon Meta Description: Discover Pixxel’s Firefly constellation; six advanced hyperspectral satellites delivering unmatched 5m resolution, rapid revisit, and critical Earth insights. Language: en Canonical URL: https://www.pixxel.space/firefly ## Headings Structure: H3: Entering the next chapter H2: The Fireflies take flight again! H2: Watch the Fireflies Launch! H3: Transforming Earth observation with H2: The Highest-Resolution Hyperspectral Satellites H2: Firefly Overview H3: 6 H3: ~50 kg H3: 5 m H3: 24 hours H3: 135 + H3: 40 km H3: 450-900 nm H2: The Journey To Orbit H3: Behind the Build H2: Firefly Constellation H2: High-resolution Hyperspectral Data, Delivered Daily ## Main Content: H3: Entering the next chapter H2: The Fireflies take flight again! H2: Watch the Fireflies Launch! H3: Transforming Earth observation with H2: The Highest-Resolution Hyperspectral Satellites H2: Firefly Overview H3: 6 H3: ~50 kg H3: 5 m H3: 24 hours H3: 135 + H3: 40 km H3: 450-900 nm H2: The Journey To Orbit H3: Behind the Build H2: Firefly Constellation H2: High-resolution Hyperspectral Data, Delivered Daily Pixxel successfully launched three new Firefly satellites aboard the SpaceX NAOS Falcon 9 mission on Aug 26 (PDT)/ Aug 27 (IST) 2025, completing the first phase of its commercial constellation and moving closer to building a health monitor for the planet. These satellites join the first three Fireflies that successfully launched on SpaceX’s Transporter-12 mission on January 14, 2025. Built for depth, frequency, and fidelity, the constellation has been steadily monitoring Earth, delivering rich spectral insights across environmental and industrial indicators. Sun-synchronous Low Earth Orbit SpaceX NAOS Falcon 9 Mission (second set of fireflies) Vandenberg Space Force Base, California Harness the power of Pixxel’s hyperspectral constellation to transform how you monitor, manage, and innovate. --- ### Page: https://www.pixxel.space/privacy-policy Title: Privacy Policy | PixxelX iconYouTube iconInstagram icon Meta Description: Read about our policies and practices regarding collecting, using, storing, and disclosing your information. Language: en Canonical URL: https://www.pixxel.space/privacy-policy ## Headings Structure: H1: Privacy Policy H2: Introduction H2: Interpretation and Definitions H3: 1. Interpretation H3: 2. Definitions H2: Collecting and Using Your Personal Data H3: 1. Types of Data Collected H3: 2. How it is obtained H3: 3. Use of Your Personal Data H3: 4. We may share Your personal information in the following situations H3: 5.Retention of Your Personal Data H3: 6. Transfer of Your Personal Data H3: 7. Disclosure of Your Personal Data H3: 8. Security of Your Personal Data H3: 9. Your Rights H3: 10. Links to Other Security of Your Personal Data H2: AURORA & Order Desk H2: Changes to this Privacy Policy H2: Contact Us ## Main Content: H1: Privacy Policy H2: Introduction H2: Interpretation and Definitions H3: 1. Interpretation H3: 2. Definitions H2: Collecting and Using Your Personal Data H3: 1. Types of Data Collected H3: 2. How it is obtained H3: 3. Use of Your Personal Data H3: 4. We may share Your personal information in the following situations H3: 5.Retention of Your Personal Data H3: 6. Transfer of Your Personal Data H3: 7. Disclosure of Your Personal Data H3: 8. Security of Your Personal Data H3: 9. Your Rights H3: 10. Links to Other Security of Your Personal Data H2: AURORA & Order Desk H2: Changes to this Privacy Policy H2: Contact Us This Privacy Policy describes our policies and procedures on the collection, use, storage and disclosure of Your information when You respond to our advertisements and tells You about Your privacy rights and how the law protects You. We use Your Personal Data to contact and support you, as well as to provide and improve the Service. By using the Service, You agree to the collection and use of information in accordance with this Privacy Policy. The words of which the initial letter is capitalized have meanings defined under the following conditions. The following definitions shall have the same meaning regardless of whether they appear in singular or in plural. For the purposes of this Privacy Policy: While using Our Service, We may ask You to provide Us with certain personally identifiable information that can be used to contact or identify You. Personally identifiable information may include, but is not limited to: We obtain Personal Data from You through Your usage of Our website. This is achieved through You providing us with various details which are a part of Our registration process. This process includes the completion of a registration form available on Our website. The Company may use Personal Data for the following purposes: The Company will retain Your Personal Data only for as long as is necessary for the purposes set out in this Privacy Policy in accordance with the applicable statutory limitation period. We will retain and use Your Personal Data to the extent necessary to comply with our legal obligations (for example, if we are required to retain your data to comply with applicable laws), resolve disputes, and enforce our legal agreements and policies. The Company will also retain Usage Data for internal analysis purposes. Your information, including Personal Data, is processed at the Company’s operating offices and in any other places where the parties involved in the processing are located. It means that this information may be transferred to — and maintained on — computers located outside of Your state, province, country or other governmental jurisdiction where the data protection laws may differ from those from Your jurisdiction. Your consent to this Privacy Policy followed by Your submission of such information represents Your agreement to that transfer. The Company will take all steps reasonably necessary to ensure that Your data is treated securely and in accordance with this Privacy Policy and no transfer of Your Personal Data will take place to an organization or a country unless there are adequate controls in place including the security of Your data and other personal information. Law enforcement:Under certain circumstances, the Company may be required to disclose Your Personal Data if required to do so by law or in response to valid requests by public authorities (e.g. a court or a government agency). Other legal requirements:The Company may disclose Your Personal Data in the good faith belief that such action is necessary to: The security of Your Personal Data is important to Us,but it is imperative to note that no method of transmission over the Internet, or method of electronic storage is 100% secure. While We strive to use commercially acceptable means to protect Your Personal Data, We cannot guarantee its absolute security. Our Service may contain links to other websites that are not operated by Us. If You click on a third party link, You will be directed to that third party’s site. We strongly advise You to review the Privacy Policy of every site You visit.We have no control over and assume no responsibility for the content, privacy policies or practices of any third party sites or services. For users accessing Pixxel’s Aurora platform and Order Desk, the following documents govern your use of these services: These documents outline your rights and responsibilities, how your data is collected and used, and the terms under which you may access and interact with our services. Please review each document carefully before using Aurora or placing orders through the Order Desk. By using these services, you agree to be bound by the terms set forth in each. We may update Our Privacy Policy from time to time. We will notify You of any changes by posting the new Privacy Policy on this page. You are advised to review this Privacy Policy periodically for any changes. Changes to this Privacy Policy are effective when they are posted on this page. This Privacy Policy was last updated on June 17, 2022. If you have any questions about this Privacy Policy, You can contact us via email at legal@pixxel.co.in --- ### Page: https://www.pixxel.space/annualreports/fy-24-25 Title: ANNUAL REPORT: FY 24-25X iconYouTube iconInstagram icon Language: en Canonical URL: https://www.pixxel.space/annualreports/fy-24-25 ## Headings Structure: H1: ANNUAL REPORT: FY 24-25 ## Main Content: H1: ANNUAL REPORT: FY 24-25 H4: TRY: Fetching Details Please wait... Took too long to respond ERR_CONNECTION_TIMED_OUT --- ### Page: https://www.pixxel.space/aurora-end-user-license-agreement Title: Aurora End-User License AgreementX iconYouTube iconInstagram icon Meta Description: Read about our policies and practices regarding collecting, using, storing, and disclosing your information. Language: en Canonical URL: https://www.pixxel.space/aurora-end-user-license-agreement ## Headings Structure: H1: Aurora End-User License Agreement H2: Introduction H2: 1. License Grant H2: 2. Restricted Use H2: 3. Platform Ownership H2: 4. Disclaimer H2: 5. Limitation of Liability H2: 6. Indemnification H2: 7. Compliance with Laws H2: 8. Modifications H2: 9. Termination H2: 10. Miscellaneous ## Main Content: H1: Aurora End-User License Agreement H2: Introduction H2: 1. License Grant H2: 2. Restricted Use H2: 3. Platform Ownership H2: 4. Disclaimer H2: 5. Limitation of Liability H2: 6. Indemnification H2: 7. Compliance with Laws H2: 8. Modifications H2: 9. Termination H2: 10. Miscellaneous Effective Date: 14th April 2025 This  End-User  License  Agreement  (“Agreement”)  governs  Your  use  of  the  Aurora  Platform (“Platform”)  and  its  related  Services  provided  by  Pixxel Space Technologies, Inc. (“Pixxel”).  By using  the  Platform  or  any  of  its  Services,  You  (individual  or,  if  you  are  accepting  this Agreement  on behalf of an entity you represent, the entity) certify that You have read this Agreement and agree to its terms  on  behalf  of Yourself  or  the  entity  that  You  represent.  If You  do  not  agree  to  these  terms  and conditions or do not have the authority to do so, you are required to cease all use of the Platform and its Services. Any use of the Platform that is not expressly permitted under this Agreement shall be deemed a Restricted Use. If You engage in any such Restricted Use, Pixxel may suspend or  permanently  delete  Your  account  and  any  associated  user  privileges.  Furthermore,  Pixxel reserves the right to report such users and  disclose any relevant information,  including personal data, to law enforcement or other legal authorities, as permitted by applicable law. Pixxel  owns  all  right,  title  and  interest  in  and  to  the  Platform. Additionally, You understand and agree that that Pixxel may, in accordance with its Privacy Policy, retain copies of any or all information it collects for any purpose. Except as set forth in section 5, the Platform and its Services are provided to you on an “as is,” “as available” and “with all faults” basis without any warranty, not provided for under the  Platform’s  Terms  and  Conditions.  Pixxel  does  not  warrant  that  the  Platform  or  its  related Services will meet your needs or expectations, that transmission of, or access to, the Platform will be  error  free or uninterrupted  or  that  all  non-conformities can or  will be corrected.  Pixxel  and  its affiliated companies expressly disclaim all warranties, express or implied, not  expressly provided for including without limitation, warranties of merchantability or fitness for a particular purpose, and any warranty as to the accuracy, completeness, reliability, timeliness or usefulness of the Platform. In no event will Pixxel, or its affiliates be liable to you or any third party for  any  indirect,  special,  punitive,  incidental  or  consequential  damages  (including  loss  of  profits) under  any  theory  of  liability,  including  copyright  infringement.  Pixxel’s  liability  shall  be  limited  in accordance with the framework laid down under the Platform’s Terms and Conditions. You  agree  to  indemnify  and  hold  harmless  Pixxel,  its  affiliates,  directors, officers, employees, and agents from and against any and all third party liabilities, losses, damages, claims,  demands,  costs,  or  expenses  (including  reasonable  attorneys’  fees)  resulting  directly  or indirectly from Your use of the Platform or Your violation of this Agreement. You agree that You will not directly or indirectly utilise the Platform or its related Services for any unlawful or prohibited acts under applicable laws. You agree to comply with all applicable foreign, federal, state and local laws with respect to Your use of the Platform. Pixxel  reserves  the  right  to  change,  modify,  or  update  this Agreement  at  any time for any reason. Your continued use of the Platform after Pixxel provides You notification of a change,  modification,  or  update  constitutes  Your  acceptance  of  and  agreement  to  the  new Agreement. This  Agreement  and  Your  license  to  utilise  the  Platform  and  its  Services automatically terminates if You fail to comply with any provision of this Agreement. Sections 4, 5, 6 and 7 shall survive termination of this Agreement. This Agreement  shall  be  governed  by  and  construed  under  the  laws  of  the State  of  California  without  regard  to  its  conflict  of  laws  principles.  Unless  agreed  to  in  writing between  You  and  Pixxel,  this  Agreement  contains  the  entire  understanding  of  the  parties  with respect to matters covered. Each provision of this Agreement shall be treated as a separate and independent clause. If one or more provision is held to be unenforceable at law, such provision(s) shall be construed as enforceable to the maximum extent possible. A delay, failure, or forbearance by Pixxel to enforce its rights under this Agreement is not and shall not be deemed to be a waiver of those rights in other circumstances or an amendment of this Agreement. --- ### Page: https://www.pixxel.space/aurora-privacy-policy Title: Aurora Privacy PolicyX iconYouTube iconInstagram icon Meta Description: Read about our policies and practices regarding collecting, using, storing, and disclosing your information. Language: en Canonical URL: https://www.pixxel.space/aurora-privacy-policy ## Headings Structure: H1: Aurora Privacy Policy H2: 1. About H2: 2. Scope H2: 3. Personal Information We Collect H2: 4. How We Use Your Information H2: 5. Disclosing Your Information to Third Parties H2: 6. International Data Transfers H2: 7. Privacy Rights H2: 8. Data Retention H2: 9. Security of Your Information H2: 10. Changes to Our Privacy Policy H2: 11. Contact Us ## Main Content: H1: Aurora Privacy Policy H2: 1. About H2: 2. Scope H2: 3. Personal Information We Collect H2: 4. How We Use Your Information H2: 5. Disclosing Your Information to Third Parties H2: 6. International Data Transfers H2: 7. Privacy Rights H2: 8. Data Retention H2: 9. Security of Your Information H2: 10. Changes to Our Privacy Policy H2: 11. Contact Us ‍Effective Date: 14th April 2025 Pixxel Space Technologies, Inc. and its affiliates’ (“Pixxel,” “we,” “us,” and “our”) goal is to make satellite imagery accessible to all through our platform “Aurora”. This Privacy Policy will help you understand how we collect, use and share your personal information and assist you in exercising the privacy rights available to you. This Privacy Policy applies to personal information collected, processed, and shared by us, including on our platform “Aurora” (“Platform”), websites (e.g., pixxel.space and any other websites that we own or operate), and our related online and offline offerings (collectively, the “Services”). This Privacy Policy applies to data received by Pixxel from third-parties. It does not apply to any processing by third-party websites, services or applications, even if they are accessible through our Services. The personal information we collect depends on how you interact with our Services. When we use the term “personal information” in this Privacy Policy, we mean all information that can be used to identify a person or entity, either alone or when combined with other information. Information You Provide to Us Information Collected Automatically (Technical information) We use the personal information that you provide to us, that we collect (automatically), and that we receive from third parties for a variety of business purposes, including: This could include any personal information we process about you which may be necessary to comply with a legal obligation (including national data protection, cyber security and surveillance laws). We  may share any  personal  information  we  collect with  the  following  categories  of  third  parties  for  the purposes described above and as follows: The personal information we process may be transferred to, processed, and stored anywhere in the world, in jurisdictions which may have data protection laws that are different from the laws where you are located (and, in some cases, may not be as protective), and may be subject to access requests from governments, courts, or law enforcement in those  jurisdictions according to applicable laws. We endeavour to safeguard your personal information in accordance with the requirements of applicable laws. Specifically, all personal information we process is transferred to, processed, and stored in the United States, where our headquarters and our main servers are located. In accordance with applicable law, you may have the right to: If you would like to exercise any of these rights, please contact us as set forth below in the Policy. We will process such requests in accordance with applicable laws. To protect your privacy, we will take steps to verify your identity before fulfilling your request. Please  note  that  if  you  use  our  Services  on  behalf  of  an  organization  (e.g.,  your  employer),  that organization may be responsible for fulfilling the individual rights requests referenced above. We store the personal information we receive as described in this Privacy Policy for as long as you use our Services  or as  necessary  to fulfill  the  purpose(s) for which it was collected,  provide  our Services, resolve disputes, establish legal defenses, conduct audits, pursue legitimate business purp oses, enforce our  agreements,  and/or  comply  with  applicable  laws. The  specific  retention  periods  depend  on  the nature of the information and why it is collected and processed and the nature of the legal requirement. When we have no ongoing legitimate business need or legal reason to process or retain your personal information, we will either delete or anonymize it or, if this is not possible (for example, because your personal  information  has  been  stored  in  backup  archives),  then  we  will  securely  store  your   personal information  and  isolate  it  from  any  further  processing  until  deletion  is  possible.  You  may  request deletion  of  your  personal  information  at  any  time  as  noted  in  “Privacy  Rights”, above,  but  that  will require  you  to  delete  your  account  with  us,  as  we  need  your  personal  information  to  maintain your account. We take all reasonable steps to ensure that your information is treated securely and in accordance with this Privacy Policy. In the event of a security, privacy, and administrative issues relating to your use of the Services, we shall endeavour to communicate the same with you electronically. If we learn of a security system’s breach, we shall attempt to notify you electronically by posting a notice on the Services, by mail or via email. We may revise this Privacy Policy from time to time at our sole discretion. If there are any material changes to this Privacy Policy, we will notify you as required by applicable law. You can email us with any additional queries at support@pixxel.space. --- ### Page: https://www.pixxel.space/aurora-terms-and-conditions Title: Aurora Terms and ConditionsX iconYouTube iconInstagram icon Meta Description: Read about our policies and practices regarding collecting, using, storing, and disclosing your information. Language: en Canonical URL: https://www.pixxel.space/aurora-terms-and-conditions ## Headings Structure: H1: Aurora Terms & Conditions H2: 1. Agreement to these Terms H2: 2. Changes to the Terms or Services H2: 3. Service Terms H2: 4. License H2: 5. Charges and Payment H2: 6. Confidentiality H2: 7. Warranties and Disclaimers H2: 8. Indemnity H2: 9. Limitations of Liability H2: 10. Termination H2: 11. Miscellaneous ## Main Content: H1: Aurora Terms & Conditions H2: 1. Agreement to these Terms H2: 2. Changes to the Terms or Services H2: 3. Service Terms H2: 4. License H2: 5. Charges and Payment H2: 6. Confidentiality H2: 7. Warranties and Disclaimers H2: 8. Indemnity H2: 9. Limitations of Liability H2: 10. Termination H2: 11. Miscellaneous ‍Effective Date: 14th April 2025 Welcome  to  the  platform  ‘Aurora’  (“Platform”  or  “Aurora”)  by  Pixxel  Space Technologies, Inc. (“Pixxel”, “us” “we” or “our”). The following Terms of Service (the “Terms”) govern your use of our Platform, our application program interfaces (“APIs”),  our  software  development  kits  (“SDKs”)  and  our  collaboration  tools (collectively the “Services”). By  using  the  Services,  you  agree  to  be  bound  by  the  terms  laid  down  herein (“Terms”).  If  you  are  accessing  and  using  the  Services  on  behalf  of  a  company (such as  your employer) or other legal entity, you represent and  warrant  that  you have the authority to bind that company or other legal entity to these Terms. In which instance, “you” and “your” will include said company or any other legal entity. We  reserve  the  right  to modify  the  Terms  at  our  sole  discretion. Any  such modifications shall be communicated  through  an  update notification  as  and  when applicable. If you continue to use the Services after said change, you are providing your implied consent to the modified Terms. We may also change or discontinue all or any part of the  Services, at any  time  and  without notice or liability,  at  our  sole discretion. Your use of the Services is subject to the following restrictions: (i)  jurisdictions  that  are embargoed  or  designated  as supporting terrorist  activities by the United States Government; (ii) jurisdictions whose laws do not permit engaging in business with Pixxel or use of the Services for you to access and use the Services for your internal business or personal purposes, depending on your account type. You will indemnify and hold harmless Pixxel and its officers, directors, employees, and agents, from and against any claims, disputes, demands, liabilities, damages, losses, and costs and expenses, including, without limitation, reasonable legal and accounting  fees, arising out of or in  any  way connected  with (i) your access  to  or use of the Platform or Services; (ii) your Customer Materials; (iii) your violation of these Terms, or (iv) your use of third party resources. In no event shall Pixxel, its affiliates, or any supplier of Pixxel be liable to you or any of  your  Authorized  Representatives  under  this  agreement  for  any  consequential, indirect, special, punitive or exemplary damages, including, but not limited to, any loss-of-profit,  business  interruption,  loss  of  opportunity,  loss  of  goodwill,  or  other such damages, under  any theory of liability. Further, in  no event shall  Pixxel’s liability to you exceed in the aggregate of the payments actually received by Pixxel from you during the preceding six (6) months of such liability arising. --- ### Page: https://www.pixxel.space/pixxel-imagery-end-user-license-agreement Title: Pixxel Imagery End-User License AgreementX iconYouTube iconInstagram icon Meta Description: Read about our policies and practices regarding collecting, using, storing, and disclosing your information. Language: en Canonical URL: https://www.pixxel.space/pixxel-imagery-end-user-license-agreement ## Headings Structure: H1: Pixxel Imagery End-User License Agreement H2: 1. Definitions H2: 2. License Grant H2: 3. Restricted Use H2: 4. Imagery & Satellite Ownership H2: 5. Disclaimer H2: 6. H2: 7. Limitation of Liability H2: 8. No Third-Party Rights H2: 9. Indemnification H2: 10. Export Controls; Compliance with Laws H2: 11. Modifications H2: 12. Termination H2: 13. Miscellaneous ## Main Content: H1: Pixxel Imagery End-User License Agreement H2: 1. Definitions H2: 2. License Grant H2: 3. Restricted Use H2: 4. Imagery & Satellite Ownership H2: 5. Disclaimer H2: 6. H2: 7. Limitation of Liability H2: 8. No Third-Party Rights H2: 9. Indemnification H2: 10. Export Controls; Compliance with Laws H2: 11. Modifications H2: 12. Termination H2: 13. Miscellaneous Effective Date: 23rd May 2025 This End-User Imagery License Agreement (“Agreement”) governs Your use of Pixxel Imagery acquired from Pixxel Space Technologies, Inc. (“Pixxel”) through their platform “Aurora” (“Platform”). By using any Imagery, You certify that You have read this Agreement and agree to its terms and conditions on behalf ofYourself or the entity that You represent. If You do not agree to these terms and conditions or do not have the authority, do not use the Imagery and permanently delete or destroy any Imagery in Your possession. Except as set forth in this Agreement, You shall not, without Pixxel’s prior written permission: Except as set forth in Section 6, the Imagery is licensed to you on an “as is,” “as available,” and “with all faults” basis, without any warranty whatsoever. Pixxel does not warrant that the Imagery will meet your needs or expectations, that transmission of or access to the Imagery will be error-free or uninterrupted, or that all non-conformities can or will be corrected. Pixxel, its licensors, and their respective affiliated companies expressly disclaim all warranties, express or implied, not stated herein, including without limitation, warranties of merchantability or fitness for a particular purpose, and any warranty as to the accuracy, completeness, reliability, timeliness, or usefulness of the Imagery. Any imagery made available through the Platform that is not owned or licensed by Pixxel ("Third-Party Imagery") is subject to the separate end user license agreements or terms of use provided by the respective third-party provided which can be found here. It is your responsibility to review and comply with any applicable third-party terms governing the use of such imagery. Pixxel disclaims all responsibility for the content, licensing, and use of Third-Party Imagery. In no event will Pixxel, its licensors or their respective affiliates be liable to you or any third party for any indirect, special, punitive, incidental or consequential damages (including loss of profits) under any theory of liability, including copyright infringement, even if Pixxel, its licensors or their respective affiliates have been advised of the possibility of such damages. Pixxel’s liability shall be limited in the aggregate to your direct damages not to exceed the amount of the fees you paid for the imagery. No third party is entitled to rely on the imagery for any purpose without Pixxel’s express prior written consent. The imagery does not constitute advice and should not be used as a substitute for advice from a competent professional. You should not act (or refrain from acting) based on the imagery without independently verifying the imagery and, as necessary, obtaining professional advice regarding your particular facts and circumstances. You agree to indemnify and hold harmless Pixxel, its affiliates, directors, officers, employees, and agents from and against any and all third party liabilities, losses, damages, claims, demands, costs, or expenses (including reasonable attorneys’ fees) resulting directly or indirectly from Your use of the Imagery or Your violation of this Agreement. You agree that You will not directly or indirectly transfer the Imagery to any prohibited country or individual under the International Traffic in Arms Regulations, the U.S. Export Administration Act and the regulations issued thereunder or by U.S. statutory economic sanctions programs. You agree to comply with all applicable foreign, federal, state and local laws with respect to Your use of the Imagery. You agree not to aggregate Imagery in any way that would infringe on an individual’s privacy rights. Pixxel reserves the right to change, modify, or update this Agreement at any time for any reason. Your continued use of the Imagery after Pixxel provides You notification of a change, modification, or update constitutes Your acceptance of and agreement to the new Agreement. This Agreement and Your license to Imagery automatically terminates if You fail to comply with any provision of this Agreement or voluntarily return the Imagery to Pixxel. Within thirty (30) days of notification of termination, You agree to return the Imagery to Pixxel and certify in writing that all copies of the Imagery, including backup copies, have been permanently destroyed. All provisions relating to proprietary rights and transfer prohibitions shall survive termination of this Agreement. This Agreement shall be governed by and construed under the laws of the Republic of India. without regard to its conflict of laws principles. The parties consent to the sole and exclusive jurisdiction of the courts of Bengaluru, India for any suit, action or proceeding arising out of or relating to this Agreement or the parties’ performance hereunder. This Agreement contains the entire understanding of the parties with respect to matters covered and may be modified only in writing with signature by both parties. Each provision of this Agreement shall be treated as a separate and independent clause. If one or more provision is held to be unenforceable at law, such provision(s) shall be construed as enforceable to the maximum extent possible. A delay, failure, or forbearance by Pixxel to enforce its rights under this Agreement is not and shall not be deemed to be a waiver of those rights in other circumstances or an amendment of this Agreement. --- ### Page: https://www.pixxel.space/news/cloud-based-agritech-company-datafarming-bringing-pixxels-hyperspectral-satellite-technology-to-australian-farmers Title: Cloud-Based Agritech Company, DataFarming, Bringing Pixxel’s Hyperspectral Satellite Technology to Australian Farmers | Pixxel | PixxelX iconYouTube iconInstagram icon Meta Description: Data Farming will help farmers take advantage of the world’s most detailed satellite imaging and AI tools for crop health monitoring and sustainability efforts Language: en Canonical URL: https://www.pixxel.space/news/cloud-based-agritech-company-datafarming-bringing-pixxels-hyperspectral-satellite-technology-to-australian-farmers ## Headings Structure: H1: Cloud-Based Agritech Company, DataFarming, Bringing Pixxel’s Hyperspectral Satellite Technology to Australian Farmers H3: About DataFarming H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Cloud-Based Agritech Company, DataFarming, Bringing Pixxel’s Hyperspectral Satellite Technology to Australian Farmers H3: About DataFarming H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Pixxel is a space data company, building a constellation of hyperspectral earth imaging satellites and the analytical tools to mine insights from that data. The constellation is designed to provide global coverage every 24 hours, with the aim of detecting, monitoring and predicting global phenomena. (Photo: Business Wire). PALO ALTO, Calif. & BANGALORE, India & TOOWOOMBA, Australia--(BUSINESS WIRE)--Today, Pixxel, an emerging leader in cutting edge earth-imaging technology, announced an early adoption partnership with Australian cloud-based agritech company DataFarming. Using Pixxel’s hyperspectral dataset, DataFarming will be able to monitor crop health at new speeds and greater resolutions compared to the multispectral imaging on behalf of tens of thousands of farmers. Pixxel’s constellation of hyperspectral satellites have the potential to make agriculture more efficient, sustainable, and automated. The images from Pixxel’s growing constellation of satellites provide 8x more information and 50x better resolution than existing in-market options. The images allow for in depth analysis of plant and soil biophysical and biochemical properties, allowing farmers to track these properties over the course of the growing season to improve their crop performance. “This partnership with DataFarming will demonstrate how hyperspectral satellite imagery will revolutionize agriculture by giving farmers access to a new caliber of analytical tools powered by insights from space,” said Pixxel co-founder and CEO Awais Ahmed. “Pixxel’s satellites will help farmers make better and faster decisions by providing a new scale and resolution to the monitoring of crop and soil health.” "We have been well serviced by multispectral data for over 20 years, and in fact we have 28,000 farms on the DataFarming platform who access it on a regular basis. However, when we want to dig deeper, there are two main issues: spatial resolution and spectral resolution,” said Tim Neale, Managing Director at DataFarming, “As we move into the age of automation and increasing farm size, technology is going to need to fill the gap of determining crop issues earlier; and this is where hyperspectral data and parallel research comes in. And this is likely the ‘tip of the iceberg’ as to what’s possible with regularly captured, high spatial and spectral resolution data." The new partnership will allow Pixxel to continue their mission of building a health monitor for the planet using advanced hyperspectral technology. Most recently Pixxel successfully launched their satellite as part of SpaceX’s April payload and raised a $25M Series A to expedite the development of even more satellites. Most farmers and agronomists find accessing relevant and accurate precision agriculture (PA) data difficult, costly, and complex. On-ground application is suffering, and before DataFarming came along, only 4% had looked at a satellite image of their farm. But now, their digital platform services 40% of Australian grain farms – and is in the top 5 of precision agriculture platforms used globally, covering 120,000 fields across 50 countries, and 35M acres of processed data. DataFarming is an Australian based ag-tech company created in July 2017 by leading PA specialists, Tim and Peta Neale. Its core purpose is to remove the barriers to adoption of digital data use. DataFarming provides new and innovative methods for delivering products and services to farmers and agronomists as simple, automated, low cost products with direct on ground actionable solutions. For more information visit www.datafarming.com.au of Follow on Twitter and LinkedIn. --- ### Page: https://www.pixxel.space/news/introducing-aurora-by-pixxel-a-cutting-edge-earth-observation-studio-for-simplified-satellite-data-analysis Title: Introducing 'Aurora' by Pixxel: A Cutting-edge Earth Observation Studio for Simplified Satellite Data Analysis | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a leader in cutting-edge hyperspectral Earth-imaging technology, today announced the public launch of Aurora, its transformative Earth Observation (EO) Studio. Designed to make remote sensing analysis accessible for all, Aurora is poised to redefine how remote sensing user groups can access, interpret, and leverage Earth observation data. Language: en Canonical URL: https://www.pixxel.space/news/introducing-aurora-by-pixxel-a-cutting-edge-earth-observation-studio-for-simplified-satellite-data-analysis ## Headings Structure: H1: Introducing Aurora by Pixxel: A Cutting-edge Earth Observation Studio for Simplified Satellite Data Analysis H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Introducing Aurora by Pixxel: A Cutting-edge Earth Observation Studio for Simplified Satellite Data Analysis H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Bengaluru, 06 August 2024: Pixxel, a leader in cutting-edge hyperspectral Earth-imaging technology, today announced the public launch of Aurora, its transformative Earth Observation (EO) Studio. Designed to make remote sensing analysis accessible for all, Aurora by Pixxel is poised to redefine how remote sensing user groups can access, interpret, and leverage Earth observation data. By spectrally fingerprinting the Earth through its constellation of hyperspectral satellites, Pixxel enables users to uncover insights invisible to traditional imaging. Developed entirely in-house, Aurora eliminates the steep learning curves associated with traditional software, offering a seamless and intuitive satellite imagery analysis experience. Aurora features a vast archive of open-source and commercial remote sensing datasets from multiple modalities, including the anticipated integration of Pixxel’s hyperspectral imagery by the end of 2024. The platform also offers a marketplace of ready-to-use models and indices in a no-code environment, enabling users to visualise and compare different satellite imagery, customise workflows, and quickly implement analytical models. Awais Ahmed, Founder and CEO of Pixxel, emphasised the platform's user-centric approach: "Aurora by Pixxel is designed to remove barriers to entry in Earth observation analysis. Our focus has been on creating a platform that allows users to get insights faster without wasting time figuring out complex data processing steps. After nearly a year of beta testing and valuable feedback from our early customers, we’re excited to unveil this to the public now. Aurora by Pixxel’s customer-centric approach will enable organisations of all sizes in agriculture, forestry, mining, climate tech and energy to harness the power of Earth observation data for their specific needs and integrate it easily into their core operations.” Notable indices on the platform include the Normalized Difference Vegetation Index (NDVI) for assessing vegetation health and monitoring crop rotation patterns, the Normalized Difference Water Index (NDWI) for estimating water surface area and monitoring flood impacts, and the Oil Spill Index (OSI) for detecting and monitoring oil spills on water surfaces, crucial for effective pollution and hazard mitigation. Aurora by Pixxel offers various models on its marketplace, catering to various industries. These include the Forest Above-Ground Biomass Model, which monitors forest health and carbon stocks, and the Water Quality Index Model, which evaluates water quality. The Crop Bio-parameters Model is designed for precision agriculture, providing insights into crop health. Additionally, the Change Detection Model analyzes temporal changes to track land use changes, deforestation, disaster impacts, and urban development, producing visual difference maps and quantifying changes over time. Aurora elevates geospatial data analysis by delivering accurate and relevant data for compliance and business requirements. It meets diverse needs across industries and use cases, unlocking the full potential of geospatial intelligence. Future updates to Pixxel - Aurora will enhance its capabilities by enabling data fusion across expansive Areas of Interest (AOIs). This will allow users to combine hyperspectral data with other Earth observation datasets and upload ground truth data, offering a more comprehensive analysis. As Pixxel prepares to launch six commercial-grade hyperspectral satellites, known as ‘Fireflies’, this year, the company remains dedicated to leveraging its indigenous expertise and the power of hyperspectral technology to drive a sustainable future. To learn more about Aurora by Pixxel, visit our website or watch the video to explore its features. To check the platform now, click here. --- ### Page: https://www.pixxel.space/news/launching-towards-pixxels-hyperspectral-vision Title: Launching Towards Pixxel’s Hyperspectral Vision: Earth’s First Health Monitoring Constellation | Pixxel | PixxelX iconYouTube iconInstagram icon Language: en Canonical URL: https://www.pixxel.space/news/launching-towards-pixxels-hyperspectral-vision ## Headings Structure: H1: Launching Towards Pixxel’s Hyperspectral Vision: Earth’s First Health Monitoring Constellation H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Launching Towards Pixxel’s Hyperspectral Vision: Earth’s First Health Monitoring Constellation H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data We are very excited to announce to the world that Pixxel TD-2 launched today. TD-2 is our first fully-fledged satellite hosting one of the highest resolution hyperspectral commercial cameras ever flown, bringing us one step closer to building a 24x7 health monitor for the planet. Launched aboard SpaceX’s Transporter-4 mission from Cape Canaveral, this launch puts us within touching distance of our ambitious mission to assemble one of the world’s most advanced constellations of low-earth-orbit imaging satellites, and help us bring the benefits of space down to earth. From being one of the very few finalists in the SpaceX Hyperloop Pod Competition in 2017 to now launching our own satellites as part of SpaceX’s fourth dedicated rideshare mission, life has truly come full circle for us here at Pixxel. The vision we had then, to accelerate humanity’s expansion into space by making in-space resources available on-demand and turning the earth into a more vibrant and sustainable place in the process, remains steadfast even today. Weighing less than 15 kgs, TD-2 is capable of capturing orbital images in more than 150 bands of color from the visible and infrared spectrum with a resolution of 10-meters per pixel — far exceeding the specificity of 30-meter per pixel hyperspectral satellites launched by a few select organizations such NASA, ESA, and ISRO. In just a few weeks from launch, TD-2 will begin amassing information and uncovering the invisible changes wreaking havoc on our planet like natural gas leakages, deforestation, melting ice caps, pollution, and declining crop health. Imagine being able to predict a famine before a crop infestation takes over or stop an oil spill before it endangers delicate oceanic biospheres. This launch also comes at the heels of our $25M Series A funding from Radical Ventures, Seraphim Space Capital, Relativity Space co-founder Jordan Noone, Lightspeed Partners, Blume Ventures, and Sparta LLC among others. Their strategic backing joins the over 50 customers who have signed pre-launch agreements with us from industries spanning agriculture, oil and gas, mining, and climate sectors. As our species faces the ramifications for decades of environmental neglect, we’re galvanized by the promise of our technology to make the invisible visible. This launch sets the stage for Pixxel’s first commercial phase satellites to be launched in early 2023 and the commercial sale of our data. With 6 satellites flown in a sun-synchronous orbit (SSO) around a 550 km altitude, Pixxel’s hyperspectral constellation will be able to cover any point on the globe every 48 hours. With even more satellites scheduled to launch in late 2023, Pixxel will achieve daily global coverage by early 2024. The learnings from the data beamed down by our constellation will provide us with a global scale perspective of planetary-scale ecosystems and biospheres that will be used to create an AI-informed analysis platform, helping us create a digital twin of the earth. This will be a critical tool in providing invaluable policy recommendations and actionable insights for climate-conscious governments and organizations. By detecting these unseen global phenomena and monitoring them through regular revisit, Pixxel is building a health monitor for Earth to help everyone make decisions that can make our world a better and more sustainable place. --- ### Page: https://www.pixxel.space/news/national-reconnaissance-office-nro-awards-pixxel-with-5-year-hyperspectral-data-contract Title: National Reconnaissance Office (NRO) Awards Pixxel with 5-year Hyperspectral Data Contract | Pixxel | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel will equip the NRO Commercial Systems Program Office (CSPO) with hyperspectral imagery remote sensing capabilities via modeling and simulation and data evaluation Language: en Canonical URL: https://www.pixxel.space/news/national-reconnaissance-office-nro-awards-pixxel-with-5-year-hyperspectral-data-contract ## Headings Structure: H1: National Reconnaissance Office (NRO) Awards Pixxel with 5-year Hyperspectral Data Contract H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: National Reconnaissance Office (NRO) Awards Pixxel with 5-year Hyperspectral Data Contract H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data March 22, 2023 - Los Angeles, California - Pixxel, a leader in cutting-edge earth-imaging technology, has been awarded a 5-year contract by the NRO Commercial Systems Program Office (CSPO) under the Strategic Commercial Enhancements Broad Agency Announcement for Commercial Hyperspectral Capabilities. Pixxel will provide technical hyperspectral imagery (HSI) remote sensing capabilities via modeling and simulation and data evaluation. Using its currently on-orbit pathfinder systems and future HSI constellations, Pixxel will demonstrate its capabilities through end-to-end tasking, collection, and product dissemination and respond to ad-hoc product ordering and delivery requests from the NRO and its partners. “The entire team here at Pixxel is excited to begin this journey with the NRO,” said Awais Ahmed, CEO and co-founder of Pixxel. “We are fully committed to this fantastic opportunity to offer our imaging capabilities to the organization, its partners, and the U.S. geospatial intelligence community.” “We look forward to a collaboration with NRO CSPO and our esteemed partners, Riverside Research, Rochester Institute Technology (RIT) Center for Imaging Science (CIS), and Labsphere to advance this promising new space-based commercial remote sensing technology,” said Pixxel Vice President, Skip Maselli. Pixxel’s hyperspectral satellites capture images at hundreds of wavelengths in the electromagnetic spectrum and reveal key data about the health of our planet. Pixxel has seen a landmark year of growth, launching three pathfinder missions into orbit and growing their customer base across agriculture, mining, climate, oil and gas, government, and more. This agreement marks Pixxel’s first publicly announced government customer and aligns with growing public sector interest in climate monitoring tools. --- ### Page: https://www.pixxel.space/news/pixxel-and-4ei-partner-to-advance-environmental-insights-with-hyperspectral-imaging Title: Pixxel and 4EI Partner to Advance Environmental Monitoring with Hyperspectral Data | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel has partnered with geospatial analytics firm 4EI to accelerate the use of high-resolution hyperspectral satellite imagery for habitat mapping, ecosystem tracking, and methane detection, advancing scalable solutions for environmental and climate monitoring. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-4ei-partner-to-advance-environmental-insights-with-hyperspectral-imaging ## Headings Structure: H1: Pixxel and 4EI Partner to Advance Environmental Insights with Hyperspectral Imaging H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and 4EI Partner to Advance Environmental Insights with Hyperspectral Imaging H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data 24 July 2025 – Pixxel, a US-India-based space technology company building the world's highest-resolution hyperspectral satellite constellation, today announced a strategic partnership with 4EI, a pioneering geospatial analytics intelligence company, to accelerate the use of hyperspectral data for environmental research and monitoring. The partnership marks a significant step toward unlocking new insights into Earth’s ecosystems. As an initial focus, 4EI will leverage Pixxel’s high-resolution hyperspectral imagery to support research and development in habitat mapping and ecosystem health tracking. Unlike traditional RGB or multispectral imagery, hyperspectral imaging captures hundreds of narrow, contiguous spectral bands, enabling the detection of subtle ecological changes such as shifts in chlorophyll content, vegetation stress, water quality, and species-level classification. The partnership marks a significant step toward unlocking new insights into Earth’s ecosystems. As an initial focus, 4EI will leverage Pixxel’s high-resolution hyperspectral imagery to support research and development in habitat mapping and ecosystem health tracking. Hyperspectral imaging captures hundreds of narrow, contiguous spectral bands, enabling the detection of subtle ecological changes such as shifts in chlorophyll content, vegetation stress, water quality, and species-level classification that traditional imagery may miss. Over the longer term, 4EI also plans to expand into applications like methane detection, where the spectral fidelity of hyperspectral data can help quantify and localise emissions with greater accuracy. “4EI brings deep scientific and analytical expertise in applying Earth observation data to real-world environmental challenges, particularly across national-scale programs in the Middle East and Europe,” said Aakash Parekh, Chief Commercial Officer, Pixxel. “We’re excited to collaborate with a team so committed to science-driven impact and to explore new frontiers made possible by hyperspectral imaging—from precise habitat analysis today to methane detection and beyond soon.” David Critchley, CEO, 4EI, said: “Pixxel’s hyperspectral constellation Fireflies, which delivers 5-meter resolution data across 135+ spectral bands with global daily revisit, provides a robust foundation for developing advanced environmental monitoring solutions. 4EI’s R&D efforts using this data are expected to pave the way for scalable tools to track biodiversity, ecosystem degradation, and climate-driven changes more effectively than ever before. This partnership reinforces both organisations’ commitment to leveraging cutting-edge space technology for a more informed and sustainable planet.” --- ### Page: https://www.pixxel.space/news/pixxel-and-coactive-science-partner-to-power-year-round-monitoring-of-agricultural-assets-with-hyperspectral-data-m0qgy Title: Pixxel and Coactive Science Partner to Advance Permanent Crop Monitoring with Hyperspectral Imaging | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel has joined forces with Coactive Science to deliver year-round, high-resolution monitoring of permanent crops like vineyards and olive groves in Spain. By integrating hyperspectral satellite data with real-time AI analytics, the partnership empowers investors and insurers with precise insights for asset valuation, climate resilience, and sustainable agriculture. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-coactive-science-partner-to-power-year-round-monitoring-of-agricultural-assets-with-hyperspectral-data-m0qgy ## Headings Structure: H1: Pixxel and Coactive Science Partner to Power Year-Round Monitoring of Agricultural Assets with Hyperspectral Data H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and Coactive Science Partner to Power Year-Round Monitoring of Agricultural Assets with Hyperspectral Data H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Bengaluru, India, Los Angeles, California, and Las Vegas, Nevada - 30 Jul 2025:  Pixxel, a leader in hyperspectral Earth imaging, has partnered with Coactive Science, an AI platform that fuses remote sensing data with real-time sensor and camera feeds, to enable year-round monitoring and valuation of permanent crops across Spain. Pixxel’s hyperspectral data will power Coactive Science’s monitoring platform with repeatable, high-resolution insights on land use, crop health, and performance. These insights will support some of the world’s leading commodity investors and agricultural insurers, who are increasingly turning to geospatial intelligence to value assets, manage exposure, and align capital with climate-aware strategies and long-term returns. Among other use cases, one of the first applications being explored is the year-round monitoring of vineyards, olive groves, and other permanent crops in Spain. These high-value agricultural assets require consistent visibility into health, acreage, and productivity, insights that traditional seasonal imagery often cannot provide. With Pixxel’s taskable hyperspectral satellites, Coactive Science will enable continuous, on-demand observation to support long-term valuation and performance tracking. “As climate and financial pressures intensify, the need for reliable, science-driven monitoring of agricultural assets is greater than ever,” said Awais Ahmed, CEO of Pixxel. “Together with Coactive Science, we’re combining deep scientific insight with hyperspectral imaging to equip stakeholders with the information they need to manage land, food, and capital more effectively.” Pixxel’s 5‑metre, 24‑hour‑revisit hyperspectral stream plugs directly into our Orbit‑to‑Onsite stack, transforming seasonal snapshots of vineyards into continuous, evidence‑grade intelligence with monthly canopy‑stress, nutrient, and moisture scores that narrow valuation spreads and accelerate loss adjustment for permanent‑crop stakeholders,” said Dr.  Debajyoti Ray, Founder and CEO of Coactive Science.Our cross‑sensor pipeline, that is already flagging harmful algal blooms days ahead, and delivering verified alerts before Switzerland’s recent Birch Glacier collapse, will use Pixxel’s hyperspectral layer to push those early warnings even further, strengthening resilience across food, water, and infrastructure.” “Coactive Science’s approach connects a growing ecosystem of geospatial technologies, researchers, and commercial users into a unified monitoring stack,” said Aakash Parekh, Chief Commercial Officer at Pixxel. “Their portfolio-based approach to data and tooling is creating resilient, long-term applications while bridging consistent adoption between end users and technology enablers across the entire stack. With Pixxel’s satellite constellation, we’re looking forward to adding a vital layer of high-frequency hyperspectral imaging, integrating seamlessly with many of the same clients and partners already in their network.” As hyperspectral imaging moves into the mainstream, Pixxel and Coactive Science are helping lay the foundation for scalable, science-backed monitoring systems that can keep pace with the climate and economic shifts shaping agriculture. --- ### Page: https://www.pixxel.space/news/pixxel-and-eusi-partner-to-bring-the-worlds-best-hyperspectral-imagery-to-the-european-market Title: Pixxel and EUSI partner to bring the world’s best Hyperspectral imagery to the European market | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology and European Space Imaging (EUSI), a leading provider of Very High Resolution (VHR) satellite imagery have announced a strategic partnership today. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-eusi-partner-to-bring-the-worlds-best-hyperspectral-imagery-to-the-european-market ## Headings Structure: H1: Pixxel and EUSI partner to bring the world’s best Hyperspectral imagery to the European market H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and EUSI partner to bring the world’s best Hyperspectral imagery to the European market H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Munich, Germany, Los Angeles, California, and Bangalore, India – Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology and European Space Imaging (EUSI), a leading provider of Very High Resolution (VHR) satellite imagery have announced a strategic partnership today. Under this partnership, users will have unparalleled access to the world's most detailed hyperspectral imagery from Pixxel directly through EUSI. Combined with EUSI’s capability to build insights and products, the partnership is poised to set a new benchmark in remote sensing applications in the region. The ever-expanding offering from EUSI solidifies its position as a hub for EO data in the region. With this collaboration, customers can now acquire Pixxel’s hyperspectral dataset in addition to world-leading optical and SAR imagery, all from one single source. “High-quality hyperspectral imagery has been an elusive dataset within the Earth Observation community, and therefore, the opportunities to drastically impact industries across the globe are yet to be realized,” said Adrian Zevenbergen, CEO of European Space Imaging. “Pixxel’s innovative technology is filling this gap and EUSI is proud to partner with them to help bring the benefits of hyperspectral data to the market and demonstrate our commitment to Europe’s agriculture and energy production goals through the use of remote sensing.” “We are thrilled to partner with EUSI to realise Pixxel’s vision of building a health monitor for the planet”, said Awais Ahmed, co-founder and CEO of Pixxel. “EUSI’s confidence in our technology and their rock solid reputation and track record will be instrumental in helping us expand our footprint across Europe and North Africa.” Capturing upto 250 bands at 5m resolution with daily revisit, the unique features of Pixxel's sensors power meaningful change detection across the agriculture, forestry, energy and mining sectors. The sensor characteristics combined with flexible tasking, simplified pricing, and a highly tunable band set selection are what will truly distinguish Pixxel’s offering for EUSI customers. “We are keen to collaborate with EUSI’s in-house geospatial experts and their deep network of resellers across the EU to catalyze the education and adoption of hyperspectral data,” said Aakash Parekh, Chief Commercial Officer, Pixxel. “Hyperspectral is particularly valuable in its ability to identify species, detect greenhouse gas emissions and measure above-ground biomass and we look forward to bringing these solutions to EU enterprises and governments through this partnership.” Pixxel has raised US$71 million to date and has 50+ early adopter customers globally. With already three hyperspectral satellites in space, Pixxel is now working towards launching 6 satellites in 2024 and 18 further satellites by 2025, aiming to build a comprehensive health monitor for the planet. --- ### Page: https://www.pixxel.space/news/pixxel-and-geoimage-partner-to-bring-high-resolution-hyperspectral-imaging-to-australia Title: Pixxel and Geoimage Partner to Bring High-resolution Hyperspectral Imaging to Australia | PixxelX iconYouTube iconInstagram icon Meta Description: We're thrilled to share some significant developments that will take our capabilities to the next level! Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-geoimage-partner-to-bring-high-resolution-hyperspectral-imaging-to-australia ## Headings Structure: H1: Pixxel and Geoimage Partner to Bring High-resolution Hyperspectral Imaging to Australia H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and Geoimage Partner to Bring High-resolution Hyperspectral Imaging to Australia H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data We're thrilled to share some significant developments that will take our capabilities to the next level! Over the past two years, Geoimage has partnered with Pixxel, a leading space data company and spacecraft manufacturer, redefining Earth observation with hyperspectral imaging. With their imminent launch of six commercial hyperspectral satellites in January 2025, we’re on the verge of transforming how we analyse our planet. This collaboration empowers Geoimage to deliver deeper insights through spectral analysis, utilising Pixxel's advanced imaging capabilities that cover up to 250 spectral bands. Together, we aim to enhance our understanding of the environment and better meet the diverse needs of various industries. Here are some of the innovative applications we’re excited to explore: Mark Covington, General Manager of Geoimage, said, “The realm of hyperspectral has long been difficult territory with a scarcity of satellite sensors and scarcity of skills to apply hyperspectral data to real-world challenges. Pixxel will surely break new ground in this area, and we are truly excited to be partnering with Pixxel in this area of Earth.” Pixxel will surely break new ground in this area, and we are truly excited to be partnering our spectral analysis expertise with Pixxel’s data to take Earth observation to the next level.” Aakash Parekh, Chief Commercial Officer at Pixxel, added: “Partnering with Geoimage as we prepare to launch our upcoming hyperspectral satellite constellation is a significant milestone for both companies. This collaboration opens up new opportunities in Earth observation, especially for mining and vegetation applications for Australian enterprises. This synergy is not just about data access; it’s about creating a smarter future for our planet with actionable insights.” With three hyperspectral satellites already in space, Pixxel is now working towards launching six satellites in 2025 and 18 further satellites by 2026-27, aiming to build a comprehensive health monitor for the planet. Stay tuned as we continue to explore more avenues to revolutionize Earth Observation! --- ### Page: https://www.pixxel.space/news/pixxel-and-geospatial-insight-partner-to-leverage-hyperspectral-data-for-advanced-climate-intelligence-and-environmental-applications Title: Pixxel Partners with Geospatial Insight for Climate Intelligence Solutions | PixxelX iconYouTube iconInstagram icon Meta Description: Discover how Pixxel's hyperspectral satellite data is powering Geospatial Insight's advanced climate intelligence solutions for emissions monitoring, carbon sequestration, and ESG planning. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-geospatial-insight-partner-to-leverage-hyperspectral-data-for-advanced-climate-intelligence-and-environmental-applications ## Headings Structure: H1: Pixxel and Geospatial Insight Partner to leverage hyperspectral data for advanced climate intelligence and environmental applications H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and Geospatial Insight Partner to leverage hyperspectral data for advanced climate intelligence and environmental applications H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Birmingham, United Kingdom, Los Angeles, California, and Bengaluru, India, 12 February 2025: Pixxel, a US-India-based space technology company building the world's highest-resolution hyperspectral satellite constellation, today announced a partnership with Geospatial Insight, a recognised leader in geospatial data analytics for climate intelligence. Under this collaboration, Geospatial Insight will incorporate data from Pixxel’s 5m hyperspectral satellites into its comprehensive climate intelligence stack. This includes applications across risk monitoring, emissions reduction, and low-carbon solutions. Leveraging Pixxel’s hyperspectral data, Geospatial Insight will develop cutting-edge solutions to baseline and measure carbon sequestration, delivering high-quality carbon credits to a growing international client base. Furthermore, Pixxel’s dataset will be integrated into Geospatial Insight’s GHGWatch platform, enabling advanced analytics for greenhouse gas monitoring and air quality assessments. Beyond climate applications, the collaboration offers the potential to expand into infrastructure projects, providing enhanced ESG planning, risk mitigation, and sustainable development solutions for Geospatial Insight’s clients. “Integrating Pixxel’s hyperspectral data into our GHGWatch service supports our customers as they drive to reduce emissions, providing vital intelligence to help them define strategies to cut methane emissions and supporting their compliance to environmental standards and regulations”, said Dave Fox, CEO, Geospatial insight. "Geospatial Insight and Pixxel share a deep alignment in mission and core values," said Awais Ahmed, Founder and CEO of Pixxel. "Our partnership combines Pixxel's cutting-edge hyperspectral technology and Geospatial Insight's innovative geospatial intelligence solutions to tackle some of the most pressing global environmental challenges. Together, we aim to build a health monitor for the planet, delivering insights that drive sustainability and resilience against climate change." "We are excited to enhance Geospatial Insight’s robust analytics suite with hyperspectral data and unlock the next frontier in environmental monitoring," said Aakash Parekh, Chief Commercial Officer at Pixxel. “Their highly specialised expertise across AI, GIS and remote sensing, along  with their mature product stack, makes them an ideal early adopter to showcase the true potential and diverse applications of hyperspectral’s narrowband indices.” Pixxel just successfully launched three of its commercial hyperspectral satellites, Fireflies, aboard SpaceX’s Transporter-12. This launch marks the first phase of Pixxel’s commercial constellation, with three additional Firefly satellites scheduled to launch in Q2 2025. Together, these satellites will deliver comprehensive, real-time data collection and analysis across 150+ spectral bands at 5m resolution and 40 km swath width with a daily revisit rate. These unique features allow for robust change detection across vegetative and environmental characteristics, empowering solution providers to develop highly nuanced indices. Pixxel has raised US$95 million and works with 50+ early adopter customers worldwide. Combined with flexible tasking, simplified pricing, and a customisable band set selection, Pixxel’s technology is set to enhance the accuracy and diversity of Geospatial Insight’s product offerings. --- ### Page: https://www.pixxel.space/news/pixxel-and-heartland-gis-partner-to-develop-advanced-analytics-products-using-hyperspectral-imagery Title: Pixxel and Heartland GIS Partner to Develop Advanced Analytics Products Using Hyperspectral Imagery | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a leading hyperspectral imaging and Earth Observation company, and HeartlandGIS, a prominent name in agricultural GIS consulting and mapping, have announced a new partnership today. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-heartland-gis-partner-to-develop-advanced-analytics-products-using-hyperspectral-imagery ## Headings Structure: H1: Pixxel and Heartland GIS Partner to Develop Advanced Analytics Products Using Hyperspectral Imagery H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and Heartland GIS Partner to Develop Advanced Analytics Products Using Hyperspectral Imagery H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Delaware, Ohio, Los Angeles, California, and Bengaluru, India – Pixxel, a leading hyperspectral imaging and Earth Observation company, and HeartlandGIS, a prominent name in agricultural GIS consulting and mapping, have announced a new partnership today. Under this collaboration, Heartland GIS will leverage data from Pixxel’s 5m hyperspectral satellites to develop a new suite of analytics products, addressing key agricultural challenges like algal blooms, chemical utilization on farms, and crop stressors at the nutrient, pest, and water levels. “Here in the farm belt, it is vital that the data we use has the ability to be accurate and actionable. The difference between even 2 - 3 days can make a huge impact when dealing with agricultural challenges. That is why Pixxel’s commitment to providing truly transformational hyperspectral analysis and technology in near-real time is a game changer.”said Todd Tucky, Owner / Senior Consultant,  Heartland GIS. “We’re excited to partner with Heartland GIS, a legacy player that continuously adapts and innovates to meet the evolving needs of the agricultural sector,” said Awais Ahmed, Founder and CEO of Pixxel. “By combining our cutting-edge hyperspectral capabilities with Heartland GIS’s deep expertise, we aim to deliver actionable insights that will significantly enhance agricultural productivity and sustainability.” Pixxel's sensors capture up to 250+ spectral bands at 5m resolution with daily revisit capabilities. These unique features enable robust change detection across hundreds of vegetative characteristics, empowering solution providers to develop highly nuanced narrowband indices. Combined with flexible tasking, simplified pricing, and a customisable band set selection, Pixxel’s technology will enhance the diversity, accuracy, and reliability of Heartland GIS’ product offerings. "We are thrilled to provide hyperspectral data and support Heartland GIS in expanding its analytics and product suite for corn, soybean, and other commodity crops," said Aakash Parekh, Chief Commercial Officer at Pixxel. "Hyperspectral imaging is particularly valuable for its ability to detect biotic and abiotic stresses much earlier than conventional satellites and at a sub-species level. It also has the capability to detect algal blooms and soil nutrient distribution over vast areas, enabling improved agricultural performance on a state-wide scale." Pixxel has raised US$71 million and works with 50+ early adopter customers worldwide. Having already operated three hyperspectral satellites in space, Pixxel will launch six more in Q1 2025, aiming to build a comprehensive health monitor for the planet. Heartland GIS was founded in 2009 and focuses on utilizing GIS technologies to help for the betterment of people and their shared resources. Heartland works with many environmental, agricultural, and preservation groups, as well as federal, state, and local governments. Heartland GIS is recognized as a leader in providing strategic direction for facilitating and coordinating research, policies, technologies and resources for spatial information collection, documentation, discovery, distribution, exchange and maintenance in support of our Nation’s spatial data infrastructure. --- ### Page: https://www.pixxel.space/news/pixxel-and-kita-collaborate-to-mitigate-carbon-and-nature-based-risks Title: Pixxel Partners with Kita to Enhance Carbon Risk Monitoring with Hyperspectral Data | PixxelX iconYouTube iconInstagram icon Meta Description: Discover how Pixxel's hyperspectral satellite data is empowering Kita to improve carbon project risk assessment and insurance modeling. This partnership advances tools for sustainability, conservation, and carbon market innovation. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-kita-collaborate-to-mitigate-carbon-and-nature-based-risks ## Headings Structure: H1: Pixxel and Kita collaborate to mitigate carbon and nature-based risks H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and Kita collaborate to mitigate carbon and nature-based risks H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data London, United Kingdom; Los Angeles, California; and Bengaluru, India, 6th February 2025  – Pixxel, a US-India-based space technology company building the world's highest-resolution hyperspectral satellite constellation, today announced a partnership with Kita, a leading provider of insurance and risk monitoring services for carbon solutions. With Pixxel’s hyperspectral data, Kita aims to enhance its suite of monitoring and insurance products for clients, including major commodity traders, international development banks, investment funds, and insurance companies managing large-scale sustainability-focused programmes. Traditional methods of estimating above-ground biomass and growth for forestry projects rely on broad averages, leaving critical gaps in risk assessment. Pixxel’s hyperspectral data has the potential to bridge these gaps by enabling more granular and predictive approaches to habitat analysis and insurance-related risk assessment. By capturing biophysical and biochemical indicators at a species level, Pixxel’s technology provides high-resolution insights into ecosystem health. Kita will use this data to further develop its risk modeling methodologies, with applications across blue carbon, afforestation, and vegetation stress assessment. These insights could support clients in assessing and mitigating risks associated with carbon projects, meeting sustainability commitments, and safeguarding fragile environments. Hyperspectral data also provides much-needed ways to monitor emerging carbon removal technologies such as regenerative agriculture, enhanced weathering and biochar. "Kita's mission is to help fund the fight against climate change by managing the risks associated with investing in carbon solutions. Pixxel’s data will enable us to build the next generation of risk models to more accurately track emerging risks in real-time,” said Paul Young, CTO and Co-Founder of Kita. “Early identification of risks supports rapid risk mitigation, reducing losses and speeding up the claims process." "The partnership with Kita underscores the potential of hyperspectral technology at the intersection of carbon and insurance markets," said Awais Ahmed, Founder and CEO of Pixxel. "By combining Pixxel’s data capabilities with Kita’s expertise, we are advancing the tools needed to support conservation-driven efforts, building a health monitor for the planet and empowering stakeholders to take  meaningful climate action." "We are excited to bring hyperspectral data into the realm of nature-based carbon project management with Kita," said Aakash Parekh, Chief Commercial Officer at Pixxel. “Nature-based projects are inherently difficult because they involve highly nuanced and diverse ecological systems that demand advanced solutions. Pixxel’s high-fidelity hyperspectral data provides the precision needed for species verification, predictive modelling of tree mortality rates, and dozens of other vital metrics to insure these projects effectively." Pixxel just successfully launched three of its commercial hyperspectral satellites, Fireflies, aboard SpaceX’s Transporter-12. This launch marks the first phase of Pixxel’s commercial constellation, with three additional Firefly satellites scheduled to launch in Q2 2025. Together, these satellites will spectrally fingerprint the Earth, delivering comprehensive, real-time data collection and analysis across 150+ spectral bands at 5m resolution and 40 km swath width with a daily revisit rate. With flexible tasking, customisable band sets, and simplified pricing, Pixxel’s technology aims to enhance monitoring accuracy, reliability, and scalability for nature-based solutions. Pixxel aims to equip industries and governments with insights to address global concerns, manage resources responsibly, and drive climate action. With this partnership, Pixxel and Kita seek to redefine carbon monitoring and enable the development of advanced tools to help protect ecosystems and support stakeholders in achieving sustainability goals. --- ### Page: https://www.pixxel.space/news/pixxel-and-ksat-expand-partnership-to-enable-global-access-to-hyperspectral-satellite-data Title: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a next-generation space data company advancing hyperspectral imaging, today announced the expansion of its strategic partnership with KSAT, the world’s leading provider of ground station and Earth Observation services. Building on an agreement first signed in 2022 for ground station support, the collaboration has now broadened to include KSAT as both an early adopter of Pixxel’s hyperspectral data and a global reseller. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-ksat-expand-partnership-to-enable-global-access-to-hyperspectral-satellite-data ## Headings Structure: H1: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging ## Main Content: H1: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging Los Angeles, USA, Tromsø, Norway, Bengaluru, India, September 25, 2025: Pixxel, a next-generation space data company advancing hyperspectral imaging, today announced the expansion of its strategic partnership with KSAT, the world’s leading provider of ground station and Earth Observation services. Building on an agreement first signed in 2022 for ground station support, the collaboration has now broadened to include KSAT as both an early adopter of Pixxel’s hyperspectral data and a global reseller. The partnership began with KSAT providing Pixxel access to its world-leading software-defined ground network, KSATlite, which enabled Pixxel to downlink data seamlessly from its growing constellation of Firefly satellites. Since then, KSAT has been enabling the validation and application of Pixxel’s hyperspectral data, supporting use cases across environmental monitoring and planetary-scale change detection. With this announcement, KSAT becomes an official distributor of Pixxel’s hyperspectral imagery worldwide. Through its extensive customer network and trusted role in the Earth Observation community, KSAT will make Pixxel’s high-resolution hyperspectral data available to governments, researchers, and commercial users seeking deeper insights into agriculture, forestry, energy, and climate applications. “This expanded partnership with KSAT represents the full spectrum of what collaboration in Earth Observation can look like,” said Awais Ahmed, Founder and CEO of Pixxel. “KSAT has been with us since the early days, and together we are ensuring that our hyperspectral imagery doesn’t just reach orbit but also reaches the organisations that need it most.” "We are pleased to expand our partnership with Pixxel. Leveraging KSAT’s global network and experience in Earth Observation, we look forward to making hyperspectral data accessible to customers worldwide for applications in agriculture, climate, and environmental monitoring." Kristian Lindgård Knudtzon, EVP Earth Observation at KSAT, said. Pixxel is building a constellation of hyperspectral imaging satellites capable of capturing 135+ bands at 5-meter resolution, offering a global view of the planet every 24 hours. KSAT operates the world’s largest ground network for satellite data downlink and distribution, with a proven track record of enabling mission scalability and global data delivery. Together, the two companies are working to ensure that hyperspectral data becomes an accessible and reliable tool for tackling global challenges. --- ### Page: https://www.pixxel.space/news/pixxel-and-pacific-geomatics-partner-to-bring-hyperspectral-satellite-data-to-canada Title: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel and Pacific Geomatics Limited (PacGeo) are pleased to announce a strategic collaboration designed to bring Pixxel’s advanced hyperspectral datasets to Canada. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-pacific-geomatics-partner-to-bring-hyperspectral-satellite-data-to-canada ## Headings Structure: H1: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging ## Main Content: H1: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging Ottawa, Canada, Bengaluru, India, and Los Angeles, California (October 14, 2025): Pixxel, a global leader in hyperspectral Earth-imaging satellite technology, and early partner Pacific Geomatics Limited (PacGeo), a leading Canadian provider of satellite imagery, are pleased to announce a strategic collaboration designed to bring Pixxel’s advanced hyperspectral datasets to Canada. The announcement follows Pixxel’s recent launch of three new Firefly satellites on August 26, 2025, an important milestone in building its global hyperspectral constellation. PacGeo joined the Pixxel team in Santa Barbara to celebrate this achievement, underscoring the companies’ shared commitment to advancing next-generation Earth observation. Pixxel’s constellation captures data at 5-meter resolution across up to 135+ spectral bands, unlocking insights far beyond traditional multispectral systems. These capabilities will enable Canadian organisations to address national priorities and industry needs in areas such as: “Our role is to connect Canadian organizations with the most advanced sources of satellite data,” said Matt Tomlins, President of Pacific Geomatics. Pixxel is pushing the boundaries of what’s possible with Earth observation—particularly in environmental monitoring, mining, forestry, and agriculture. As an early partner and adopter, bringing this technology to the Canadian market from day one is something we’re proud to be a part of.” Awais Ahmed, Founder and CEO of Pixxel, added: “Bringing Pixxel’s hyperspectral data to Canada is a milestone we’re proud of. These capabilities reveal critical details about our planet that have never been accessible before. With Pacific Geomatics, we can ensure Canadian organisations put this intelligence to work, whether in protecting forests, advancing mining practices, or strengthening agriculture and environmental management.” With six hyperspectral satellites already in orbit and more on the way, Pixxel is quickly approaching the commercial availability of its datasets in Canada later this year, reshaping how Canadian organisations monitor and manage their land, resources, and environment. Organizations interested in accessing Pixxel’s hyperspectral data in Canada can contact Pacific Geomatics for more information or contact Pixxel here. --- ### Page: https://www.pixxel.space/news/pixxel-and-skyfi-join-forces-for-easy-access-to-earth-observation-data Title: Pixxel and SkyFi join forces for easy access to Earth Observation data | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology, has formed a strategic partnership with SkyFi, the leading geospatial hub for the world, is simplifying the process of acquiring Earth observation and geospatial data through its web and mobile apps. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-skyfi-join-forces-for-easy-access-to-earth-observation-data ## Headings Structure: H1: Pixxel and SkyFi join forces for easy access to Earth Observation data H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and SkyFi join forces for easy access to Earth Observation data H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Los Angeles, California and Bangalore, India: Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology, has formed a strategic partnership with SkyFi, the leading geospatial hub for the world that is simplifying the process of acquiring Earth observation and geospatial data through its web and mobile apps. Through this partnership, Pixxel’s hyperspectral data products will integrate into SkyFi's platform, enabling users to effortlessly access and utilize a wealth of information for diverse applications. Pixxel is committed to providing the most advanced imaging technology to present an accurate assessment of the Earth’s health. Pixxel’s imaging technology, paired with SkyFi's mission of making Earth observation data and analytics easily accessible, is set to reshape the landscape of how businesses and individuals can access hyperspectral data. Commenting on the partnership, Awais Ahmed, Founder and CEO, Pixxel said, "This collaboration extends our reach and equips SkyFi users with the transformative potential of hyperspectral data. Our imagery delivers up to 10x the insight of current multispectral satellites and we are proud to team up with SkyFi to amplify data distribution and empower more informed decisions." "We are thrilled to announce our strategic partnership with Pixxel, a leader in hyperspectral technology. By integrating Pixxel's cutting-edge data and imagery into SkyFi's geospatial platform, we are not just mapping the world, but understanding it. This collaboration marks a significant milestone in our mission to provide actionable insights that drive decision-making on a global scale. Together, we are redefining the future of geospatial intelligence," said Luke Fischer, CEO of SkyFi. "SkyFi's platform opens up Earth observation data to both experts and non-experts in remote sensing, and this is especially meaningful for the adoption of hyperspectral data that has traditionally been limited to a niche, specialized pool within the geospatial community", said Aakash Parekh, Chief Commercial Officer, Pixxel. "This partnership is novel because it would open up the benefits of hyperspectral imaging in agricultural, energy and environmental applications to a wider user base of individuals as well as businesses." SkyFi's intuitive interface and user-centric approach make acquiring and utilizing Earth observation data a seamless experience for users from various sectors. By collaborating with Pixxel, SkyFi adds another dimension to its data offerings, allowing users to tap into hyperspectral imagery's unique capabilities for enhanced insights and decision-making. The combined strengths of Pixxel and SkyFi promise to usher in a new era of Earth observation data usability, empowering an exponentially greater number of users to make informed decisions and drive innovation within their organizations. --- ### Page: https://www.pixxel.space/news/pixxel-and-up42-announce-partnership-bringing-hyperspectral-data-to-users-worldwide Title: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a planetary intelligence company leveraging satellites, systems and software to build a health monitor for the planet, and UP42, the next-generation platform and marketplace for Earth observation data and analytics, announced their partnership today, making data from Pixxel’s Firefly constellation available to UP42’s global customer base. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-and-up42-announce-partnership-bringing-hyperspectral-data-to-users-worldwide ## Headings Structure: H1: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H2: Read more H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging ## Main Content: H1: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H2: Read more H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data H3: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging Berlin, Germany, Bengaluru, India, and Los Angeles, California, 4th December 2025: Pixxel, a planetary intelligence company leveraging satellites, systems and software to build a health monitor for the planet, and UP42, the next-generation platform and marketplace for Earth observation data and analytics, announced their partnership today, making data from Pixxel’s Firefly constellation available to UP42’s global customer base. End users of UP42 will be able to order 5-meter resolution hyperspectral imagery from Pixxel’s six-satellite Firefly constellation, covering 135+ spectral bands with a 40 km swath width, an unprecedented capability for commercial use. Pixxel’s hyperspectral imagery unlocks a new dimension of analysis for Earth observation, offering the ability to detect subtle signals and granular insights invisible to conventional multispectral sensors. Pixxel’s data will support various applications in agriculture, climate, and forestry, from identifying crop stress before it's visible to soil analysis and environmental monitoring. Awais Ahmed, Founder and CEO, Pixxel, said: “UP42 has created one of the most dynamic ecosystems in the Earth observation industry. Being a part of their platform will open up our hyperspectral imagery to a global community. We look forward to joining the impressive roster of constellations on their platform and enabling innovators everywhere to integrate a richer layer of Earth data into their solutions.” “Pixxel’s Firefly constellation brings a powerful new hyperspectral data source to UP42,” said Jussi Koski, CPO of UP42. “Our users will have the ability to order fresh imagery from Pixxel. We’re excited to see how their constellation and capabilities will expand over the course of our partnership.” This collaboration marks a significant step towards Pixxel’s vision of making hyperspectral imaging a mainstream tool for understanding and improving life on Earth. By joining UP42’s ecosystem, Pixxel is expanding the reach of its Firefly constellation to a global network of innovators addressing critical challenges across various industries and geographies. --- ### Page: https://www.pixxel.space/news/pixxel-appoints-william-mccombe-as-its-chief-financial-officer Title: Pixxel appoints William McCombe as its Chief Financial Officer | PixxelX iconYouTube iconInstagram icon Meta Description: Los Angeles, USA and Bengaluru, India, XX January 2024: Pixxel, a leader in innovative hyperspectral earth-imaging technology today announced the appointment of William McCombe as its new Chief Financial Officer. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-appoints-william-mccombe-as-its-chief-financial-officer ## Headings Structure: H1: Pixxel appoints William McCombe as its Chief Financial Officer H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel appoints William McCombe as its Chief Financial Officer H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Los Angeles, USA and Bengaluru, India, 29 January 2024: Pixxel, a leader in innovative hyperspectral earth-imaging technology today announced the appointment of William McCombe as its new Chief Financial Officer. William arrives at Pixxel with extensive experience as a Chief Financial Officer at various space and technology hardware companies, most notably Maxar, the largest US space imaging company and Velo3D, an industry leader in metal 3D printing systems for aerospace, defence and other industries. Commenting on the appointment, Awais Ahmed, Founder and CEO of Pixxel said: “We are delighted to welcome William McCombe to the Pixxel spaceship! His remarkable experience and foundational understanding of space imagery and satellite manufacturing businesses will be pivotal in steering our financial direction and ensuring sustainable growth. As we navigate the next stages of our journey, we’re excited to work together towards realising our ambitious vision for the future.” William McCombe, Chief Financial Officer, Pixxel said: “I am very excited to join Pixxel as its Chief Financial Officer. With its state-of-the-art hyperspectral satellite constellation, Pixxel will be a game-changer, revolutionizing how we view and understand our planet.Its mission of providing an entirely new level of data and analytics for environmental monitoring will have a far-reaching global impact. I am very much looking forward to working with Pixxel’s highly talented and energetic team.” In his new role at Pixxel, William will oversee the company's accounting, financial planning, capital raising, treasury, legal and regulatory functions, all supporting Pixxel's mission to revolutionize earth observation through cutting-edge hyperspectral satellite technology. William’s prior roles included Chief Financial Officer at Maxar, where he led Maxar’s $3.5Bn merger with Digital Globe. He was also Chief Financial Officer at Velo3D, where he led the company’s IPO transaction. In addition, he was CFO at HZO, a nano-coating supplier for the electronics industry. Before these roles, he was a Managing Director in Investment Banking at Bank of America and Morgan Stanley. He has significant industry experience in the space imagery and satellite manufacturing businesses, and a proven track record in financial management, capital raising, M&A, investor relations and more. In addition to his space industry experience, he has significant experience with emerging growth companies, helping them scale up their operations, raising financing and building financial processes. With this announcement, Pixxel further solidifies its position in the space tech industry, especially as it gears up to launch six satellites in 2024 and eighteen more by 2025 to build a health monitor for the planet. --- ### Page: https://www.pixxel.space/news/pixxel-awarded-nasa-contract-to-support-earth-science-research-with-hyperspectral-technology Title: Pixxel Awarded NASA Contract to Support Earth Science Research with Hyperspectral Technology | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel Selected for NASA’s $476 Million Commercial SmallSat Services Award Language: en Canonical URL: https://www.pixxel.space/news/pixxel-awarded-nasa-contract-to-support-earth-science-research-with-hyperspectral-technology ## Headings Structure: H1: Pixxel Awarded NASA Contract to Support Earth Science Research with Hyperspectral Technology H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel Awarded NASA Contract to Support Earth Science Research with Hyperspectral Technology H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Los Angeles, USA and Bengaluru, India, 9th September 2024: Pixxel, a leader in hyperspectral imaging and Earth Observation, is thrilled to announce its selection as part of NASA’s $476 million Commercial SmallSat Data Acquisition Program On-Ramp1 Multiple Award contract. This contract period of performance runs through November 2028. Pixxel’s inclusion in this contract solidifies its position as a key player in the space industry, becoming the youngest company in a group that includes some of the most established names globally in Earth Observation. Under this contract, Pixxel will provide NASA and its U.S. government and academic partners with hyperspectral Earth observation data, further empowering the administration’s Earth science research and application activities. With the ability to capture data across hundreds of narrow wavelengths, Pixxel’s datasets can unravel granular insights on climate change, agriculture, biodiversity, resource management, and more. "Being selected for this NASA contract is a monumental achievement for Pixxel and further validates that hyperspectral imaging will be integral to the future of space-based Earth observation and enable us to truly build a health monitor for the planet," said Awais Ahmed, Co-founder and CEO of Pixxel. "We are deeply honored to support NASA’s Earth Observation initiatives and demonstrate the transformative potential of Pixxel’s hyperspectral technology in addressing critical environmental challenges.” Building on this momentum, Pixxel is making significant strides toward its mission with the upcoming launch of Fireflies, its 5-meter resolution hyperspectral satellites, which will be the highest-resolution hyperspectral satellites ever launched. These satellites will capture data across 250+ spectral bands, offering more comprehensive coverage with a 40 km swath width and a 24-hour revisit frequency anywhere on the planet. Pixxel’s Chief Commercial Officer, Aakash Parekh, said, “This contract represents a major step forward in leveraging commercial hyperspectral data to bolster Earth science research and environmental monitoring. We are proud to foster further collaboration on hyperspectral data applications within the scientific community, and we look forward to working with NASA to further its mission with this cutting-edge earth monitoring modality.” Along with the six upcoming satellites launching shortly, Pixxel plans to expand its constellation to 24 satellites to make hyperspectral data commercially even more broadly available and accessible to stakeholders across industries and governments. This will empower them with real-time, actionable insights to inform decision-making, improve natural resource management, and enhance environmental resilience. For further details on the award, visit NASA's official announcement here. --- ### Page: https://www.pixxel.space/news/pixxel-dhv-technology-celebrate-successful-collaboration-solar-panels-firefly-satellites Title: Pixxel & DHV Technology Celebrate Successful Solar Panel Deployment on Firefly Satellites | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel and DHV Technology announce the successful deployment of high-performance solar panels on Pixxel’s Firefly satellites, marking a key milestone in their hyperspectral Earth observation constellation. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-dhv-technology-celebrate-successful-collaboration-solar-panels-firefly-satellites ## Headings Structure: H1: Pixxel and DHV Technology Celebrate Successful Collaboration on Solar Panels for Firefly Satellites H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel and DHV Technology Celebrate Successful Collaboration on Solar Panels for Firefly Satellites H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Los Angeles, California, Bengaluru, India 19 February 2025: Pixxel, a US-India-based space technology company building the world's highest-resolution hyperspectral satellite constellation, and DHV Technology, a renowned provider of solar panels for space applications and other power subsystems, are proud to announce the successful deployment and performance of DHV’s solar panels on Pixxel’s Firefly satellites. As one of Pixxel’s first procurement orders for the Firefly constellation, DHV Technology supplied six sets of high-performance solar panels and an additional qualification model, ensuring a reliable satellite power source. This collaboration marks a significant milestone in the development and launch of Pixxel’s next-generation Earth observation hyperspectral satellite constellation. "At DHV Technology, we are proud to contribute to the Firefly constellation with our customised solar arrays. This collaboration with Pixxel showcases our dedication to delivering high-quality power solutions for cutting-edge space missions. We appreciate the trust Pixxel has placed in us and look forward to supporting their ambitious goals in Earth observation technology and the Indian space market," said Vicente Díaz, Managing Director and Co-Founder, DHV Technology. Pixxel’s Firefly constellation represents a significant leap in Earth observation capabilities, leveraging hyperspectral imaging to provide unparalleled insights across various industries. The reliability and quality of DHV’s solar panels played a crucial role in ensuring the satellites’ performance, with the DHV team demonstrating responsiveness and flexibility during late-stage adjustments and post-delivery support. “We have known the team at DHV Technology for the last five years, and our collaboration with them has been nothing but seamless,” said Kshitij Khandelwal, Founder and CTO, Pixxel.  “Their commitment to quality and timeliness has made them a valuable partner for our Firefly mission. We appreciate their responsiveness and expertise throughout the process and look forward to more successful projects together.” Pixxel just successfully launched three of its commercial hyperspectral satellites, Fireflies, aboard SpaceX’s Transporter-12. This launch marks the first phase of Pixxel’s commercial constellation, with three additional Firefly satellites scheduled to launch in Q2 2025. Together, these satellites will give transformative insights by spectrally fingerprinting the earth, delivering comprehensive, real-time data collection and analysis across 150+ spectral bands at 5m resolution and 40 km swath width with a daily revisit rate. With this achievement, Pixxel and DHV Technology reaffirm their dedication to advancing space technology and fostering global partnerships that drive the industry forward. Both companies look forward to future opportunities to work together and continue pushing the boundaries of what is possible in satellite technology. --- ### Page: https://www.pixxel.space/news/pixxel-launches-three-more-fireflies-with-spacex-paving-the-way-for-planetary-scale-hyperspectral-imaging Title: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel has launched three Firefly satellites aboard SpaceX’s NAOS Mission on Falcon 9! Building on the successful deployment of its first three Fireflies in January, Pixxel’s commercial constellation now stands at six operational satellites. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-launches-three-more-fireflies-with-spacex-paving-the-way-for-planetary-scale-hyperspectral-imaging ## Headings Structure: H1: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel Launches Three More Fireflies with SpaceX, Paving the Way for Planetary-Scale Hyperspectral Imaging H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Los Angeles, California, USA, August 26 2025, Bengaluru, India, August 27, 2025: Pixxel, the world’s leading hyperspectral satellite imaging company, has launched three Firefly satellites aboard SpaceX’s NAOS Mission on Falcon 9. Building on the successful deployment of its first three Fireflies in January, Pixxel’s commercial constellation now stands at six operational satellites, giving humanity its first daily, high-detail hyperspectral look at any place on Earth. Operating as a constellation, the Fireflies collectively form the most advanced commercial hyperspectral imaging system ever deployed. Each satellite can capture 135+ spectral bands at a 5-meter resolution across a 40-kilometre swath, enabling scientists, businesses, and governments to detect changes in Earth’s ecosystems with unmatched accuracy. From identifying vegetation stress weeks before it’s visible, to pinpointing sources of water contamination or mapping mineral resources, Fireflies unlock a spectrum of insights hidden from conventional observation systems. Awais Ahmed, Founder and CEO of Pixxel, said: “Our earlier launches showed what was possible; this one shows what’s next. Expanding to six Fireflies will transform hyperspectral imaging from isolated snapshots into a continuous planetary memory. With six Fireflies in orbit, the planet itself becomes a living laboratory. What was once invisible is now measurable, and what is measurable can finally be changed. For a better world for all to come.” This expansion lays the foundation for Pixxel’s next mission: the Honeybees. With their extended SWIR bands, the Honeybee satellites will work alongside the Fireflies to create a persistent, planet-wide health monitoring system designed for even broader spectrum ranges and faster revisit times. Together, they will power predictive climate analytics, sharper resource management, and real-time environmental intelligence. “This expansion of our fleet of Fireflies proves that we can successfully build, deploy, operate, and scale up the world’s highest resolution hyperspectral satellite constellation to reach more customers at a higher revisit,” said Kshitij Khandelwal, Founder and CTO of Pixxel. “While there are multiple other satellites in the works, the upcoming Honeybees are special because they will take us further into the electro-magnetic spectrum, enhancing hyperspectral capabilities and increasing the number of use cases we can target.” With the first three Fireflies operating successfully in orbit for over eight months, Pixxel’s constellation has proven the value of hyperspectral data in real-world applications. With six satellites in place and its Aurora Earth Observation platform delivering this data directly into user workflows, Pixxel is moving Earth observation from a reactive tool to a predictive one. By combining its growing fleet with AI-powered analytics, Pixxel is helping industries anticipate change, governments act faster, and humanity make decisions with planetary foresight. --- ### Page: https://www.pixxel.space/news/pixxel-launches-worlds-highest-resolution-hyperspectral-satellites-kickstarts-firefly-constellation-for-climate-action Title: Pixxel Launches World’s Highest-Resolution Hyperspectral Satellites, Kickstarts Firefly Constellation for Climate Action | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a California-based space technology company building the world's highest-resolution hyperspectral satellite constellation, has successfully launched the first three satellites of its Firefly constellation today. The satellites were integrated via Exolaunch and launched aboard the Transporter-12 rideshare mission with SpaceX from Vandenberg Space Force Base, California, USA. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-launches-worlds-highest-resolution-hyperspectral-satellites-kickstarts-firefly-constellation-for-climate-action ## Headings Structure: H1: Pixxel Launches World’s Highest-Resolution Hyperspectral Satellites, Kickstarts Firefly Constellation for Climate Action H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel Launches World’s Highest-Resolution Hyperspectral Satellites, Kickstarts Firefly Constellation for Climate Action H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Los Angeles, California,  January 14, 2025 and Bengaluru, India, January 15, 2025: Pixxel, a California-based space technology company building the world's highest-resolution hyperspectral satellite constellation, has successfully launched the first three satellites of its Firefly constellation today. The satellites were integrated via Exolaunch and launched aboard the Transporter-12 rideshare mission with SpaceX from Vandenberg Space Force Base, California, USA. This marks a significant milestone for Pixxel as it begins commercial operations, delivering critical climate and Earth insights to industries worldwide and solidifying its position as a global leader in Earth Observation. The Fireflies, currently the world’s highest-resolution commercial-grade hyperspectral satellites, bring unprecedented precision to monitoring the planet and setting a new benchmark for hyperspectral imaging capabilities. With an 5-meter resolution attained for the first time in a hyperspectral spacecraft, Fireflies are six times sharper than the 30-meter standard of most existing hyperspectral satellites, capturing fine details previously invisible to conventional systems. This cutting-edge resolution is paired with the ability to capture data across 150+ spectral bands, enabling Fireflies to detect subtle changes in chemical compositions, vegetation health, water quality, and even atmospheric conditions with unmatched accuracy. Unlike traditional Earth observation satellites that rely on broader spectral bands, Firefly’s narrowband sensors uncover hidden patterns and anomalies critical for applications ranging from agriculture to climate action. Pixxel’s satellites also feature a 40-kilometer swath width and a daily revisit capability, enabling consistent monitoring of vast areas without compromising on detail and ensuring that no critical event goes unnoticed. This combination of high spatial resolution, spectral richness, and frequent global coverage positions Firefly as the world's most advanced commercial hyperspectral imaging system. Orbiting in a sun-synchronous orbit at roughly 550km, the Fireflies will form the cornerstone of Pixxel’s mission to build a health monitor for the planet. “The future of our planet depends on how deeply we understand it today. The successful deployment of our first commercial satellites is a defining moment for Pixxel and a giant leap toward redefining how we use space technology to address the planet's challenges," said Awais Ahmed, Founder and CEO of Pixxel. "By investing in the health of our planet now, Pixxel hopes not just to shape the trajectory of Earth observation but also to help write the next chapter in the story of our shared future." "The Fireflies represent years of rigorous research, engineering, and innovation aimed at unlocking critical insights about our planet and are a testament to the ingenuity and dedication of our team and the transformative potential of hyperspectral imaging," said Kshitij Khandelwal, Founder and CTO of Pixxel. "Their ability to detect subtle changes in Earth’s ecosystems will provide industries and governments with the precise information needed to address critical global challenges confidently." This launch marks the first phase of Pixxel’s commercial constellation, with three additional Firefly satellites scheduled to launch in Q2 2025. Together, these satellites will deliver comprehensive, real-time data collection and analysis, equipping industries and governments with insights to address global concerns, manage resources responsibly, and drive climate action. The Firefly constellation’s advanced hyperspectral imaging capabilities open new possibilities across sectors. From empowering environmental agencies to monitor deforestation and ocean pollution in near real-time to helping industries like mining, oil, and gas enhance resource management and infrastructure safety, the applications are vast and transformative. By detecting subtle changes in soil composition, water quality, or atmospheric conditions, Firefly will change how humanity interacts with and protects our planet’s resources. As part of its larger mission, Pixxel plans to integrate hyperspectral data with machine learning and artificial intelligence tools, further amplifying the impact of Earth Observation technology. This fusion of advanced satellite imagery and predictive analytics will enable businesses to anticipate disruptions and governments to implement proactive policies, paving the way for a new era of precision decision-making. Pixxel has already launched three successful demo hyperspectral satellites before this launch and raised $95 million in funding, making it the most well-funded hyperspectral imaging space startup globally. With this commercial launch, Pixxel takes a decisive step toward operationalizing its vision of a hyperspectral-powered future where advanced Earth observation drives solutions to the world’s most pressing challenges. --- ### Page: https://www.pixxel.space/news/pixxel-led-consortium-with-partners-dhruva-space-piersight-and-satsure-wins-in-space-proposal-to-build-indias-national-eo-constellation Title: Pixxel-Led Consortium with partners Dhruva Space, PierSight, and SatSure Wins IN-SPACe Proposal to Build India’s National EO Constellation | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a Bengaluru-based space technology company, today announced that a consortium it leads, along with partners Dhruva Space, PierSight and SatSure, has been selected by the Indian National Space Promotion and Authorization Centre (IN-SPACe) to design, build, own, and operate a national Earth observation constellation under a Public-Private Partnership (PPP) framework. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-led-consortium-with-partners-dhruva-space-piersight-and-satsure-wins-in-space-proposal-to-build-indias-national-eo-constellation ## Headings Structure: H1: Pixxel-Led Consortium with partners Dhruva Space, PierSight, and SatSure Wins IN-SPACe Proposal to Build India’s National EO Constellation H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel-Led Consortium with partners Dhruva Space, PierSight, and SatSure Wins IN-SPACe Proposal to Build India’s National EO Constellation H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ‍Bengaluru, India, August 12, 2025 — Pixxel, a Bengaluru-based space technology company building the world's highest-resolution hyperspectral satellite constellation, today announced that a consortium it leads, along with partners Dhruva Space, PierSight and SatSure, has been selected by the Indian National Space Promotion and Authorization Centre (IN-SPACe) to design, build, own, and operate a national Earth observation constellation under a Public-Private Partnership (PPP) framework. In a historic first for the country, a private Indian consortium will deliver the nation’s first Earth Observation Satellite System (EOSS) — a 12-satellite network to be developed over the next four to five years with an investment of more than ₹1,200 crores. The project will enhance India’s data sovereignty, reduce dependence on foreign imagery, and ensure that all satellites are manufactured domestically, launched on Indian rockets, and controlled from within the country. The constellation will feature a mix of sub-metre very high-resolution, wide-swath multispectral, Synthetic Aperture Radar (SAR), and hyperspectral satellites, enabling applications such as precision agriculture, water quality monitoring, land-use mapping, environmental compliance, disaster assessment, and infrastructure development. “Being the winning proposal to build India’s national EO constellation is a major milestone for Pixxel and our consortium members. We’re grateful to IN-SPACe and the Government of India for trusting our consortium with this historic mission. Together with our partners Dhruva Space, PierSight and SatSure, we look forward to building world-class space-tech capabilities that serve the whole planet from Indian soil. This is India’s moment to lead the world in space-powered solutions,” said Awais Ahmed, Founder and CEO of Pixxel. Sanjay Nekkanti, Co-founder & CEO, Dhruva Space, comments, “The EO-PPP presents a tremendous opportunity to serve both India’s and the world’s growing Geospatial Intelligence needs. Each partner in this consortium brings complementary strengths, and together we represent the power of four teams working to truly democratise access to Space-based data. With Dhruva’s expertise in the full-stack across the Space, Launch and Ground segments, we are able to deliver complete, sovereign solutions. With one of India’s largest upcoming spacecraft manufacturing facilities, the timing is right to leverage this infrastructure to scale for national and global markets — doing so in the spirit of genuine partnership and innovation.” ⁠“SAR makes the constellation operational 24/7 in all weather conditions. Our role is to deliver radar‑first, analysis‑ready products with low latency, so agencies and enterprises get alerts and evidence, not just raw data,” said Gaurav Seth, Co‑founder & CEO, PierSight. ⁠“This PPP is about outcomes and execution speed. Our modular, software‑defined radar electronics and deployable‑antenna heritage let us iterate quickly and align to IN‑SPACe’s phased milestones,” said Vinit Bansal, Co‑founder & CTO, PierSight. Prateep Basu, Co-founder & CEO, SatSure said, “We are excited to have received this opportunity from IN-SPACe in contributing to building India’s sovereign capabilities in the domain of satellite Earth observation and data intelligence. Together, with Pixxel Space, PierSight, and Dhruva Space, we have ensured that not only do we provide the most comprehensive solution for India’s domestic EO needs, but also usher in a new era of private sector collaboration to achieve the monumental vision that IN-SPACe set for the growth of the Indian private space industry. SatSure, with its subsidiary KaleidEO, will be contributing by commercializing its novel optical and multi-spectral payload that provides high coverage at sub-meter spatial resolution. I believe this is a milestone not just for India’s space story, but for how EO technology can deliver meaningful, measurable value to users across different industries.” Together, the consortium will build and operate the complete ecosystem, from satellites and ground stations to value-added services and advanced analytics, serving customers in India and globally. Operated on a satellite-as-a-service model, the program will provide guaranteed national access to advanced EO data while leveraging private-sector agility to deliver it at scale. Pixxel is a space data company and spacecraft manufacturer redefining Earth observation with the world’s highest-resolution commercial hyperspectral imaging constellation. Its three Firefly satellites, launched in early 2025 into a 550 km sun-synchronous orbit, capture data across 135+ spectral bands at ~5-meter resolution, enabling industries such as agriculture, oil and gas, mining, and environmental monitoring to detect, track, and predict critical changes on Earth. The company also designs and manufactures advanced small satellites for a range of applications, and its in-house Earth Observation Studio, Aurora by Pixxel, makes hyperspectral data accessible, interpretable, and actionable for users worldwide. Dhruva SpaceDhruva Space is a Hyderabad-based space technology company (est. 2012) offering full-stack satellite engineering—including satellite platforms, launch deployers, and ground-station services—designed and built in India to enable end-to-end space missions. SatSureSatSure is a Bengaluru-based deep-tech startup that combines satellite remote sensing, big data analytics, and AI to deliver decision-intelligence solutions for agriculture, infrastructure, financial services, climate, and sustainability sectors. PierSightPierSight is an Indian space-tech startup building SAR and AIS satellite constellations to provide persistent, all-weather maritime monitoring—supporting use cases such as illegal fishing detection, oil spill response, shipping operations, and ocean surveillance. --- ### Page: https://www.pixxel.space/news/pixxel-opens-first-of-its-kind-spacecraft-manufacturing-facility-in-bengaluru-india Title: Pixxel Opens First-of-Its-Kind Spacecraft Manufacturing Facility in Bengaluru, India | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel aims to establish a robust infrastructure for large-scale satellite manufacturing, adapt to the dynamic needs of customers, and set a new benchmark for efficiency and innovation. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-opens-first-of-its-kind-spacecraft-manufacturing-facility-in-bengaluru-india ## Headings Structure: H1: Pixxel Opens First-of-Its-Kind Spacecraft Manufacturing Facility in Bengaluru, India H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel Opens First-of-Its-Kind Spacecraft Manufacturing Facility in Bengaluru, India H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Pixxel, a leader in innovative hyperspectral earth-imaging technology inaugurated its first Spacecraft Manufacturing Facility “MegaPixxel” in Bengaluru today. The new facility, spanning more than 30,000 sq ft, consolidates all satellite manufacturing services, providing a comprehensive Spacecraft Assembly, Integration, and Testing (AIT) facility under one roof. The facility will ensure a streamlined production process from concept to launch — providing a space for Pixxel’s satellites to be designed from scratch, manufactured, integrated, and tested for launch conditions before being shipped to the launch site. With this facility, Pixxel aims to establish a robust infrastructure for large-scale satellite manufacturing, adapt to the dynamic needs of customers, and set a new benchmark for efficiency and innovation.Commenting on the launch, Awais Ahmed, CEO, Pixxel said, “The inauguration of the new facility marks a momentous milestone as Pixxel nears its fifth anniversary since inception. It will bolster our mission to build a health monitor for the planet. By increasing our capacity to build more satellites, we will deliver even more critical data to our customers faster so they can make informed decisions and address the needs of key industries such as agriculture, energy, forestry, and environmental monitoring.” At full capacity, the facility is equipped to handle more than twenty satellites simultaneously that can be turned around within a timeframe of six months, making a total capacity of forty large satellites per year possible. The space is uniquely designed, with two modern clean rooms of ISO Class 7 and ISO Class 8 that safeguard against contaminants that could impair satellite functionality during the satellite assembly and integration process. Additionally, it also houses labs for advanced camera integration, electronics R&D, and electrical assembly; along with a mechanical workshop, a mission control room, and an office space that can accommodate more than 200 employees. With a steadfast commitment to sustainability, Pixxel’s facility will feature a wastewater treatment plant to help conserve water and reduce water dependency as well as smart heating, ventilation, and air conditioning (HVAC) systems to further enhance energy efficiency and minimize carbon footprint. --- ### Page: https://www.pixxel.space/news/pixxel-partners-with-sanborn-to-arm-customers-with-hyperspectral-data Title: Pixxel partners with Sanborn to arm customers with Hyperspectral Data | PixxelX iconYouTube iconInstagram icon Meta Description: Colorado Springs, Colorado, Los Angeles, California and Bangalore, India - Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology, announced a partnership with Sanborn, a leading geospatial solutions company at the forefront of spatial data collection. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-partners-with-sanborn-to-arm-customers-with-hyperspectral-data ## Headings Structure: H1: Pixxel partners with Sanborn to arm customers with Hyperspectral Data H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel partners with Sanborn to arm customers with Hyperspectral Data H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Colorado Springs, Colorado, Los Angeles, California, and Bangalore, India - Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology, announced a partnership with Sanborn, a leading geospatial solutions company at the forefront of spatial data collection. Using Pixxel’s hyperspectral dataset, Sanborn will equip their customers with advanced insights to solve problems as varied as agriculture crop and forestry health monitoring, exploration for minerals and mining, natural resource management, monitoring the impacts of extreme events - flood, storm, wildfire - and much more. Awais Ahmed, Founder and CEO of Pixxel, commented “Hyperspectral data revolutionizes industries from mining to agriculture by providing a new level of analysis on the electromagnetic spectrum. This partnership will provide Sanborn customers with a crucial tool to make faster and more informed decisions for their businesses.” “Pixxel is expanding the boundaries of data available to the geospatial analyst that we can leverage to benefit our customers,” said John Copple, Sanborn President and CEO. “It is a perfect complement to our core capabilities in aerial survey, imagery, lidar, and high-definition mapping.” “Pixxel data brings additional insights because it gives us access to >100 bands across the visible to the infrared spectrum at bandwidths of < 10nm, far more than traditional multispectral imaging,” said Srini Dharmapuri, Sanborn VP and Chief Technology Officer. “Sanborn has the capability to help customers exploit these new imaging resources.” Pixxel is building a constellation of hyperspectral satellites that can capture images at hundreds of wavelengths in the electromagnetic spectrum and reveal key data about the planet’s health. Pixxel’s constellation and advanced data analytics platform will provide up to 10x more insight compared to today’s multispectral satellites in space. “We are excited about this partnership given Sanborn’s 150-year legacy and track record being a full stack GIS solution provider in the United States”, said Aakash Parekh, Chief Commercial Officer, Pixxel. “We are keen to work with Sanborn to bring our hyperspectral dataset to the agriculture, forestry, and energy entities of the US Government along with extending our reach to their extensive customer network.” The new partnership will allow Pixxel to further its vision to build a health monitor for the planet. With three pathfinders already in space, Pixxel has signed up 45+ direct early adopters and over 60 resellers around the world. Most recently, Pixxel announced a $36 Million Series B funding round and a 5-year contract with the NRO Commercial Systems Program Office (CSPO) for the Strategic Commercial Enhancements for Commercial Hyperspectral Capabilities program. --- ### Page: https://www.pixxel.space/news/pixxel-raises-24m-in-additional-funding-taking-its-total-series-b-raise-to-60m Title: Pixxel raises $24M in additional funding, taking its total Series B raise to $60M | PixxelX iconYouTube iconInstagram icon Meta Description: Funding will enable Pixxel to speed up the deployment of its Firefly constellation and other upcoming missions Language: en Canonical URL: https://www.pixxel.space/news/pixxel-raises-24m-in-additional-funding-taking-its-total-series-b-raise-to-60m ## Headings Structure: H1: Pixxel raises $24M in additional funding, taking its total Series B raise to $60M H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel raises $24M in additional funding, taking its total Series B raise to $60M H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Pixxel, a US-India-based space technology company building the world's highest-resolution hyperspectral satellite constellation, today announced the closing of $24 Million in additional funding as part of its Series B round. This new investment brings the total Series B funding to $60 Million. With this, Pixxel has raised a total of $95 Million across all funding rounds to date. The Series B extension round added new investors, M&G Catalyst and Glade Brook Capital Partners, who join existing backers Google, Radical Ventures, Lightspeed, and others. This funding positions Pixxel as one of the highest-funded space-tech startups in India and the highest-funded hyperspectral imaging company globally, reinforcing its mission to build a health monitor for the planet through advanced earth observation satellites and drive impactful climate action. The funds will enable Pixxel to accelerate the development and launch of Pixxel’s entire constellation of 18 commercial hyperspectral satellites planned for the near future. It will also support the growth of Pixxel's software offerings, including Aurora, its AI-driven Earth Observation platform, enabling seamless analysis and actionable insights for diverse applications from hyperspectral data. Additionally, the funds will drive Pixxel’s plans to expand its satellite manufacturing capacity, scale its operations for upcoming missions, and enhance its capability to provide a full spectrum of satellite manufacturing services—from small satellites to advanced imaging payloads for other organisations and governments. “This funding reflects the bold vision we’ve set out to achieve at Pixxel and echoes the investors' confidence in Pixxel’s technological capabilities,” said Awais Ahmed, Founder and CEO of Pixxel. “The new infusion of capital will help us launch more satellites quicker, transforming how humanity understands and acts on the challenges of our time. We look forward to building a business that continues to make a meaningful impact for generations, creating a world where industries and governments can act faster and smarter for the greater good through Pixxel’s cutting-edge hyperspectral satellites. ” Praveg Patil, Head of Asia Pacific – M&G Impact & Private Equity, said, “Pixxel’s proprietary technology will be transformational and adaptable to monitor for enhancing crop health, climate change, managing resources more effectively and protecting our environment. This partnership underscores our commitment to support Pixxel’s growth plans and reflects our broader purpose-led strategy, demonstrating how innovative technology can generate positive environmental outcomes.” Linda Guo, Partner, Glade Brook Capital Partners, commented, "We are thrilled to partner with Pixxel as they advance the deployment of their hyperspectral satellite constellation. Awais, Kshitij, and the Pixxel team have demonstrated exceptional vision, innovation, and execution, and we are confident they will play a pivotal role in driving the growth and adoption of the hyperspectral satellite market." Pixxel’s hyperspectral satellites are designed to capture data across 250+ spectral bands at an unparalleled 5-meter spatial resolution, spectrally fingerprinting the earth and delivering details invisible to conventional imaging methods. The upcoming Fireflies constellation of 6 commercial-grade hyperspectral satellites, set for launch in early 2025, will provide enhanced global coverage with native 5-meter resolution, a 40-kilometre wide swath and daily revisit frequency anywhere on the planet. With applications spanning agriculture, climate monitoring, resource management, mining, environmental protection, energy, urban planning, and more, Pixxel’s technology equips organisations with the critical intelligence required to make informed, data-driven decisions. This milestone represents another step forward in Pixxel’s vision of leveraging space technology to drive global progress, create impactful environmental solutions, and facilitate interplanetary travel, paving the way for a better tomorrow on Earth and beyond. For more information about Pixxel, visit www.pixxel.space. About M&G Investments and M&G’s Catalyst Strategy M&G Investments is part of M&G plc, a savings and investment business which was formed in 2017 through the merger of Prudential plc’s UK and Europe savings and insurance operation and M&G, its wholly owned international investment manager. M&G plc is listed as an independent company on the London Stock Exchange in October 2019 and has £343.5 billion of assets under management (as of 31 December 2023). M&G plc has around 4.6 million customers in the UK, Europe, the Americas and Asia, including individual savers and investors, life insurance policyholders and pension scheme members. For nearly nine decades M&G Investments has been helping its customers to prosper by putting investments to work, which in turn creates jobs, homes and vital infrastructure in the real economy. Its investment solutions span equities, fixed income, multi-asset, cash, private debt, infrastructure and real estate. M&G recognises the importance of responsible investing and is a signatory to the United Nations Principles for Responsible Investment (UNPRI). M&G plc has committed to achieve net zero emissions by 2050 at the latest, across our investment portfolios and operations. For more information, please visit https://global.mandg.com/. M&G’s £74 billion Private Markets business has over two decades of experience in investing in private credit, private equity, real estate, infrastructure and structured credit on behalf of Prudential policyholders and external clients. The Catalyst investment strategy sits within the Private Markets business at M&G. Drawing on this expertise and track record in private assets, Catalyst is a global, flexible strategy investing in companies with innovative solutions to some of the world’s biggest environmental and social challenges. About Glade Brook Capital Partners Glade Brook Capital Partners is a leading global growth equity firm investing in emerging leaders in software, internet, and deep technology.  Glade Brook has partnered with transformative growth-stage companies, including SpaceX, xAI, Pixxel Space Technologies, Stoke Space Technologies, Stripe, Revolut, Airbnb, Uber, Zomato, and Zepto, among others. --- ### Page: https://www.pixxel.space/news/pixxel-raises-36-million-in-series-b-funding-to-advance-hyperspectral-satellite-constellation-and-data-platform Title: Pixxel Raises $36 Million in Series B Funding to Advance Hyperspectral Satellite Constellation and Data Platform | Pixxel | PixxelX iconYouTube iconInstagram icon Language: en Canonical URL: https://www.pixxel.space/news/pixxel-raises-36-million-in-series-b-funding-to-advance-hyperspectral-satellite-constellation-and-data-platform ## Headings Structure: H1: Pixxel Raises $36 Million in Series B Funding to Advance Hyperspectral Satellite Constellation and Data Platform H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel Raises $36 Million in Series B Funding to Advance Hyperspectral Satellite Constellation and Data Platform H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Los Angeles, California and Bangalore, India - Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology, announced $36 Million in a Series B funding round with participation from new investors such as Google, along with existing investors Radical Ventures, Lightspeed, Blume Ventures, growX, Sparta and Athera. The new funds will advance Pixxel’s mission to build the world’s first and highest-resolution hyperspectral satellite constellation, delivering actionable climate insights on a planetary scale. It will also help further the development of Aurora: Pixxel’s AI-powered analytics platform to make hyperspectral analysis accessible for everyone. Data from Pixxel’s satellites will be critical in helping global organizations closely monitor emissions, water pollution, gas leaks, oil spills, soil composition, forest biodiversity and crop health in unprecedented detail and at faster speeds. Additionally, the new funds will bolster Pixxel’s plans to launch 6 satellites in 2024 and 18 other satellites by 2025. “At Pixxel, we believe that the future of our planet lies in our ability to monitor and protect its health precisely. With this round of funding, we are even closer now to realizing our mission of building a health monitor for the planet, and empowering people around the world to make informed decisions about our collective well-being," said Awais Ahmed, co-founder and CEO of Pixxel. "We're incredibly grateful to our world-class investors for their unwavering support and belief in our vision and are excited to work together to create a meaningful positive impact on the future of our planet.” Pixxel’s hyperspectral satellites can capture images at hundreds of wavelengths in the electromagnetic spectrum and reveal key data about the health of the planet. The hyperspectral constellation and advanced data analytics platform will provide up to 10x more information compared to today’s multispectral satellites in space and increase the spectral resolution available by 50x. As the need for better ESG data monitoring and measurement becomes critical, Pixxel’s capabilities will help organizations comply with national and global sustainability standards. Pixxel has seen a landmark year of growth, launching three pathfinder missions into orbit and growing its customer base by 5x. Recently, the company announced a 5-year contract with the NRO Commercial Systems Program Office (CSPO) for the Strategic Commercial Enhancements for Commercial Hyperspectral Capabilities program. Pixxel’s venture funding now totals $71 Million and new investors join existing backers like Lightspeed, Radical Ventures, Accenture Ventures, Relativity’s Jordan Noone, Seraphim Capital, Ryan Johnson, Blume Ventures, Sparta LLC, growX Ventures, Athera Venture Partners, Omnivore VC among others. --- ### Page: https://www.pixxel.space/news/pixxel-set-to-launch-next-three-fireflies-aboard-spacex-completing-phase-one-of-hyperspectral-constellation Title: Pixxel Set to Launch Next Three Fireflies aboard SpaceX, Completing Phase One of Hyperspectral Constellation | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a leader in hyperspectral Earth imaging, is set to launch the next three satellites of its Fireflies constellation aboard SpaceX’s upcoming Falcon 9 rideshare mission, from Vandenberg Space Force Base, California. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-set-to-launch-next-three-fireflies-aboard-spacex-completing-phase-one-of-hyperspectral-constellation ## Headings Structure: H1: Pixxel Set to Launch Next Three Fireflies aboard SpaceX, Completing Phase One of Hyperspectral Constellation H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel Set to Launch Next Three Fireflies aboard SpaceX, Completing Phase One of Hyperspectral Constellation H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Los Angeles, California, and Bengaluru, India, 21 August 2025: Pixxel, a leader in hyperspectral Earth imaging, will soon launch the next three satellites of its Fireflies constellation aboard SpaceX’s upcoming NAOS Falcon 9 mission, from Vandenberg Space Force Base, California. Exolaunch, a global provider of launch mission management, satellite integration, and deployment technologies, will deploy the satellites. Together with the three Fireflies already in orbit, the new additions will complete phase one of Pixxel’s constellation, creating a six-satellite network in Sun-synchronous Low Earth Orbit at 550 km. Each compact ~50-kilogram satellite carries advanced sensors powerful enough to redefine how we see our planet. The Fireflies constellation will deliver the highest-resolution commercial hyperspectral imagery available today, capturing data in 135+ spectral bands at 5-metre resolution with the ability to revisit any point on Earth daily. This combination of spectral richness, spatial precision, and global coverage will unlock insights previously out of reach, from detecting crop stress before it is visible to identifying pollution in near real time and tracking climate-driven changes across ecosystems. “This launch is where our vision begins operating at scale,” said Awais Ahmed, Founder and CEO of Pixxel. “With six Fireflies in orbit, we can monitor the planet with a fidelity never before seen in commercial space. We are closer than ever to making hyperspectral intelligence accessible to all those working to solve humanity’s toughest challenges.” Pixxel’s roadmap will focus on expanding the constellation for higher revisit rates, integrating advanced onboard processing for real-time insights, and scaling its digital platforms to make hyperspectral intelligence universally accessible. With every new satellite, Pixxel moves closer to a future where the health of our planet can be monitored continuously, with speed, precision, and actionable intelligence at global scale. --- ### Page: https://www.pixxel.space/news/pixxel-signs-idex-spark-grant-agreement-to-develop-hyperspectral-and-mwir-payloads-for-the-indian-air-force Title: Pixxel Secures iDEX SPARK Grant to Develop Hyperspectral & MWIR Payloads for Indian Air Force | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel signs a new iDEX SPARK agreement to build advanced Hyperspectral and MWIR payloads for the Indian Air Force, strengthening India’s space defence capabilities with next-gen satellite technology. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-signs-idex-spark-grant-agreement-to-develop-hyperspectral-and-mwir-payloads-for-the-indian-air-force ## Headings Structure: H1: Pixxel Signs iDEX SPARK Grant Agreement to develop Hyperspectral and MWIR Payloads for the Indian Air Force H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel Signs iDEX SPARK Grant Agreement to develop Hyperspectral and MWIR Payloads for the Indian Air Force H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data California, USA and Bengaluru, India, 11 June 2025: Pixxel, a Bengaluru-based space technology company building the world's highest-resolution hyperspectral satellite constellation, has signed a second Agreement with the Innovations for Defence Excellence (iDEX), Ministry of Defence, Government of India. This new SPARK (Support for Prototype and Research Kickstart) Grant, awarded to SpacePixxel Pvt Ltd under iDEX DISC 8 Challenge 6.2, supports the development of advanced Hyperspectral and MWIR (Mid-Wave Infrared) payloads, tailored for the Indian Air Force. The grant further strengthens Pixxel’s collaboration with the Indian ecosystem, following its selection under the Mission DefSpace Challenge of iDEX Prime (Space) in 2023 to manufacture miniaturised multi-payload satellites. With this new milestone, Pixxel will leverage its cutting-edge optical engineering and in-house satellite manufacturing capabilities to design and build next-generation Earth observation payloads with security-grade performance. The high-resolution Hyperspectral and MWIR payloads will enhance India’s airborne and space-based imaging capabilities across various operational and strategic applications. Speaking on the occasion, Awais Ahmed, Founder and CEO of Pixxel, said: “We’re honoured to deepen our partnership with the Government of India and advance our mission of building cutting-edge space infrastructure right here at home. This grant is a proud milestone in our journey to put India at the forefront of next-generation aerospace innovation.” The grant through the iDEX scheme is designed to accelerate the development of next-generation prototypes and technologies by Indian startups and MSMEs, fostering a self-reliant and innovation-driven landscape in the country. Pixxel’s continued participation underscores its commitment to supporting strategic goals and reflects the government’s growing confidence in its technology stack. With three Firefly satellites already in orbit and more to launch soon, Pixxel has demonstrated its ability to build scalable, affordable, and versatile space solutions from the ground up. This is further enabled by Pixxel Aurora, the company’s Earth Observation Studio, which makes hyperspectral imagery accessible and usable through intuitive visualisation, analysis, and insight generation tools. As the company expands its capabilities, it remains focused on building a real-time, high-fidelity health monitor for the planet. --- ### Page: https://www.pixxel.space/news/pixxel-signs-landmark-350th-idex-contract-to-develop-miniaturised-multi-payload-satellites Title: Pixxel signs landmark 350th iDEX contract to develop Miniaturised Multi-Payload Satellites | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology, announced that it has officially signed the landmark 350th iDEX contract with the Ministry of Defence at a ceremony in New Delhi. Awarded as the first-ever iDEX Prime (Space) Satellite Grant under the Mission DefSpace Challenge, this contract empowers Pixxel to develop miniaturised multi-payload satellites for the Indian Air Force. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-signs-landmark-350th-idex-contract-to-develop-miniaturised-multi-payload-satellites ## Headings Structure: H1: Pixxel signs landmark 350th iDEX contract to develop Miniaturised Multi-Payload Satellites H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel signs landmark 350th iDEX contract to develop Miniaturised Multi-Payload Satellites H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Bengaluru, 25 June 2024: Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology, announced that it has officially signed the landmark 350th iDEX contract with the Ministry of Defence at a ceremony in New Delhi today. Awarded as the first-ever iDEX Prime (Space) Satellite Grant under the Mission DefSpace Challenge, this contract empowers Pixxel to develop miniaturised multi-payload satellites for the Indian Air Force. The contract was signed between Awais Ahmed, CEO of Pixxel, and Shri Anurag Bajpai, Additional Secretary (Defence Production) and CEO of IDEX-DIO, in the presence of Defence Secretary Shri Giridhar Aramane, the Vice Chiefs of the Armed Forces, and other officials of the Ministry of Defence. Awais Ahmed, Founder and CEO of Pixxel, expressed his gratitude and excitement: "The iDEX Prime Space grant received by Pixxel is the first-of-its-kind grant for satellites. The official signing of the contract today is a testament to Pixxel’s dedication to advancing space technology in the country and reflects the government’s confidence in our satellite manufacturing capabilities. We are honoured to receive this support and look forward to utilising it to develop cutting-edge multi-payload satellites that push the boundaries of space exploration." Received as part of the SPARK grants by iDEX, this contract will initiate Pixxel’s efforts to develop small satellites of up to 150 kg for Electro-Optical, Infrared, Synthetic Aperture Radar, and Hyperspectral purposes. The 350th contract will enable innovation in space electronics, allowing for faster and more economical deployment, ease of manufacturing, scalability, adaptability, and less environmental impact. The SPARK grants are offered to startups selected through the iDEX (Prime) and DISC initiatives to empower Indian innovators and entrepreneurs to deliver technologically advanced solutions in India. Pixxel emerged as the grant winner among many companies due to its pioneering technology in hyperspectral satellite manufacturing. As Pixxel sets out to launch six commercial-grade hyperspectral satellites, ‘Fireflies’, this year, the company remains committed to harnessing its indigenous expertise and the power of hyperspectral satellites for a sustainable future. Building on its expertise, Pixxel now offers high-performance, cost-effective satellite manufacturing solutions, empowering clients to drive meaningful change with space data. --- ### Page: https://www.pixxel.space/news/pixxel-signs-mou-with-siis-to-introduce-hyperspectral-satellite-data-in-korea Title: Pixxel signs MOU with SIIS to Introduce Hyperspectral Satellite Data in Korea | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a US-India-based space technology company building the world's highest-resolution hyperspectral satellite constellation, has announced that it has signed a memorandum of understanding (MOU) with SIIS Co., Ltd. (CEO Kim Moon-Gyu) on November 19th 2024, to supply hyperspectral satellite data in Korea. The signing ceremony, held during the Satellite Utilization Conference, marks a significant step towards providing hyperspectral data to relevant institutions and companies in the country. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-signs-mou-with-siis-to-introduce-hyperspectral-satellite-data-in-korea ## Headings Structure: H1: Pixxel signs MOU with SIIS to Introduce Hyperspectral Satellite Data in Korea H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel signs MOU with SIIS to Introduce Hyperspectral Satellite Data in Korea H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Bengaluru, India, Seoul, South Korea; 07 January 2025: Pixxel, a US-India-based space technology company building the world's highest-resolution hyperspectral satellite constellation, has announced that it has signed a memorandum of understanding (MOU) with SIIS Co., Ltd. (CEO Kim Moon-Gyu) on November 19th 2024, to supply hyperspectral satellite data in Korea. The signing ceremony, held during the Satellite Utilization Conference, marks a significant step towards providing hyperspectral data to relevant institutions and companies in the country. Pixxel’s hyperspectral data offers far greater spectral detail than traditional multispectral data, enabling precise analysis of the physical and chemical properties of the Earth's surface and atmosphere. Awais Ahmed, Founder and CEO of Pixxel, said, "This partnership with SIIS marks an exciting opportunity for us. Together, we aim to provide transformative insights that enable end-users across industries to tackle complex challenges. This collaboration reinforces our commitment to building a health monitor for the planet and advancing Earth observation solutions globally." SIIS CEO Kim Moon-Gyu remarked, “Through this collaboration with Pixxel, we will expand our offerings beyond optical and radar imagery to include hyperspectral data. We are committed to broadening the scope of satellite data applications and providing valuable insights to the Earth observation solutions market.” Pixxel’s Chief Commercial Officer, Aakash Parekh, expressed his enthusiasm: "We are thrilled to partner with SIIS and could not think of a better way to enter the Korean market with our groundbreaking 5-meter hyperspectral dataset." He added, "SIIS has built a high-calibre team with deep expertise, ideally suited to educate end-users across agriculture, energy, environment, and defence on the transformative benefits of hyperspectral technology." Through this partnership with Pixxel, SIIS intends to enhance its market competitiveness by combining precise spatial information obtained from ultra-high-resolution imagery with the material-specific properties of hyperspectral data. The company expects this integration will enable users to leverage the unique characteristics and strengths of different data types, meeting diverse analytical demands and expanding the applications of satellite data. SIIS plans to strengthen its Earth observation business with the launch of its ultra-high-resolution satellite, SpaceEye-T, in March 2025. Developed with domestic private technology and investment, SpaceEye-T will be Korea’s first private Earth observation satellite capable of delivering 30cm-class ultra-high-resolution spatial information. With this, SIIS aims to compete with global leaders in the geospatial industry. Pixxel is gearing up to launch its Fireflies constellation, consisting of six commercial-grade hyperspectral satellites, in early 2025. Designed to deliver 5-meter resolution, a 40-kilometre swath, and daily revisit capabilities across hundreds of bands, this constellation will provide unparalleled global coverage and enable industries to access high-fidelity hyperspectral data for a wide range of applications, including agriculture, climate monitoring, and resource management. --- ### Page: https://www.pixxel.space/news/pixxel-unveils-the-fireflies-the-worlds-highest-resolution-hyperspectral-satellite-constellation-set-to-transform-earth-observation Title: Pixxel Unveils the Fireflies: The World’s Highest Resolution Hyperspectral Satellite Constellation Set to Transform Earth Observation | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a leader in hyperspectral imaging and Earth Observation, unveiled their flagship commercial satellites today - the Fireflies. The Fireflies are a constellation of 6 next-gen hyperspectral satellites that will launch early next year. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-unveils-the-fireflies-the-worlds-highest-resolution-hyperspectral-satellite-constellation-set-to-transform-earth-observation ## Headings Structure: H1: Pixxel Unveils the Fireflies: The World’s Highest Resolution Hyperspectral Satellite Constellation Set to Transform Earth Observation H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel Unveils the Fireflies: The World’s Highest Resolution Hyperspectral Satellite Constellation Set to Transform Earth Observation H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Bengaluru, India – November 5, 2024 – Pixxel, a leader in hyperspectral imaging and Earth Observation, unveiled their flagship commercial satellites today - the Fireflies. The Fireflies are a constellation of 6 next-gen hyperspectral satellites that will launch early next year. The Fireflies represent a significant leap forward in Earth Observation, offering unmatched precision with their native 5-meter resolution, more than 150 spectral bands, and a 40-kilometre wide swath that enables the constellation to access any part of the globe on a daily basis. The Fireflies constellation will deliver critical data across various applications, from early detection of crop diseases and pinpointing water stress to real-time deforestation monitoring and tracking ocean pollution. With its unparalleled imaging capabilities, Fireflies is positioned to become an invaluable tool in the fight against climate change, enhancing food security and supporting sustainable resource management. “This constellation marks a major milestone in Pixxel’s mission to make detailed and actionable insights about the planet accessible to all,” said Awais Ahmed, CEO and Founder of Pixxel. “Fireflies is built to capture the world in ways we’ve never seen before, giving us the clarity and detail needed to make impactful decisions for a better future.” As Pixxel prepares for the Fireflies launch, it is committed to harnessing space technology to shape a more sustainable future. With plans to expand the constellation to 24 satellites, Pixxel aims to make hyperspectral data widely accessible, driving impactful, data-informed decisions for the planet. Watch the first sneak peek into Fireflies --- ### Page: https://www.pixxel.space/news/pixxel-unveils-the-first-ever-set-of-hyperspectral-images-from-its-satellites-as-part-of-the-first-light-campaign Title: Pixxel unveils the first-ever set of hyperspectral images from its satellites as part of the First Light Campaign | Pixxel | PixxelX iconYouTube iconInstagram icon Meta Description: Captures details of land and water features aimed at helping identify vegetation stress, emissions, mineral exploration and more Language: en Canonical URL: https://www.pixxel.space/news/pixxel-unveils-the-first-ever-set-of-hyperspectral-images-from-its-satellites-as-part-of-the-first-light-campaign ## Headings Structure: H1: Pixxel unveils the first-ever set of hyperspectral images from its satellites as part of the First Light Campaign H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel unveils the first-ever set of hyperspectral images from its satellites as part of the First Light Campaign H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Bengaluru (February 27, 2023): Pixxel, India’s leading space data startup unveiled the first-ever set of images from its hyperspectral pathfinder satellites as part of its ‘First Light’ Campaign today. The images released capture intricate details of the land and water features of regions such as Krishna River Delta (India), Palm Islands (Dubai), Super pit (Australia), Saloum River Delta (Senegal), Granny Smith Gold mine (Australia) and Brockman (Australia). Capable of detection, identification and quantification of surface materials as well as biological and chemical processes, these images highlight specific factors such as soil types, mountain ranges, bare lands, gold mines, reservoirs, agricultural farms, delta regions and urban settlements among others.Commenting on the ‘First Light’ campaign, Awais Ahmed, CEO of Pixxel said,"We are thrilled to release the first-ever set of hyperspectral images from our satellites, which mark a major milestone in earth observation. The images will help unearth unseen problems that are invisible to satellites in orbit today and enable sectors to make more informed and evidence-backed decisions related to global phenomena.With the launch of the recent 10m Shakuntala satellite, Pixxel now has the highest resolution hyperspectral capacity that we’re beaming down and sharing with our customers. The success solidifies our vision of building a health monitor for the earth as we progress further towards completing a constellation of the world’s highest-resolution hyperspectral earth imaging satellites as well as an AI-powered analytics platform.”Pixxel has seen a landmark year of growth, launching three pathfinder missions into orbit including Shakuntala and Anand. The images are released ahead of the company’s upcoming constellation of 24 satellites, scheduled for launch in 2024-25. As pixxel steers closer to delivering actionable climate insights on a planetary scale, it has already signed partnerships with several organisations across the globe. Some notable names include Australian agritech firm - DataFarming, Australian-British mining MNC - Rio Tinto, Columbia’s Procalculo and Geospatial specialist company - Geoimage. The hyperspectral images captured by Pixxel’s satellites will set a new standard in collecting and processing information from across the electromagnetic spectrum. By leveraging the unique capabilities of hyperspectral imaging, Pixxel will be able to provide a comprehensive view of the earth, helping to create a better and more sustainable future for the planet.For more details, see the First Light Video here. --- ### Page: https://www.pixxel.space/news/pixxel-wins-the-idex-prime-space-grant-to-develop-miniaturized-multi-payload-satellites Title: Pixxel wins the iDEX Prime (Space) grant to develop Miniaturized Multi-Payload Satellites | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology has won a multi-crore grant from iDEX (Innovations for Defence Excellence under the Ministry of Defence) for the Mission DefSpace Challenge under iDEX Prime (Space), to manufacture miniaturized multi-payload satellites for the Indian Air Force. Language: en Canonical URL: https://www.pixxel.space/news/pixxel-wins-the-idex-prime-space-grant-to-develop-miniaturized-multi-payload-satellites ## Headings Structure: H1: Pixxel wins the iDEX Prime (Space) grant to develop Miniaturized Multi-Payload Satellites H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel wins the iDEX Prime (Space) grant to develop Miniaturized Multi-Payload Satellites H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data Bengaluru: Pixxel, a leader in cutting-edge hyperspectral earth-imaging technology has won a multi-crore grant from iDEX (Innovations for Defence Excellence under the Ministry of Defence) for the Mission DefSpace Challenge under iDEX Prime (Space), to manufacture miniaturized multi-payload satellites for the Indian Air Force. Received as a part of the SPARK grants by iDEX, this grant will equip Pixxel to develop small satellites of up to 150 kgs for Electro-Optical, Infrared, Synthetic Aperture Radar and Hyper Spectral purposes; marking a significant milestone in Pixxel's mission to revolutionize the space industry. Pixxel has already solidified its position as a leading innovator in the space tech sector, building and launching made in India and the world’s highest-resolution commercial hyperspectral imaging satellites. Leveraging this indigenous technology and expertise that can enable ease of manufacture, low cost and ease of launch, Pixxel will now manufacture small satellites for the Indian Defense sector. Commenting on this, Awais Ahmed, CEO, Pixxel, said, "We are delighted to receive iDEX’s grant and utilize our expertise of building microsatellites in-house to manufacture satellites externally for the first time. This recognition highlights Pixxel’s dedication to pushing the boundaries of space exploration and innovation. We are grateful for the trust placed in us and excited to embark on this next phase of collaboration with the Indian government." Shri Vivek Virmani, Planning Officer, DDP/MoD & Chief Operating Officer, iDEX-DIO said: "We are delighted to witness the remarkable evolution of startups in the Indian space industry, and Pixxel is a testament to the progress of private entities in this sector in such a short time. The grant is aimed at developing technologies addressing every stage of a space mission, right from mission planning and manufacturing to satellite data analytics and more. Our confidence in Pixxel’s satellite manufacturing capabilities showcases the power of partnerships in advancing the use of satellite technology for the country. We congratulate Pixxel and look forward to working with them." The SPARK grants - offered to startups selected through the iDEX (Prime) & DISC initiatives are aimed at catalyzing innovation enabling Indian innovators and entrepreneurs to deliver technologically advanced solutions as well as propel deep-tech innovations in India. Pixxel emerged as the winner of the grant from amongst a host of companies, owing to its pioneering technology in the area of hyperspectral satellite manufacturing. As Pixxel sets out on its ambitious goal, the company remains steadfast in its commitment to advancing satellite technology, exploring new frontiers, and empowering industries across the globe. --- ### Page: https://www.pixxel.space/news/pixxels-firefly-satellites-achieve-successful-first-light-beaming-down-the-worlds-highest-resolution-hyperspectral-images Title: Pixxel’s Firefly Satellites Capture World’s Highest-Resolution Hyperspectral Images | PixxelX iconYouTube iconInstagram icon Meta Description: Pixxel’s Firefly satellites have successfully downlinked their first hyperspectral images, setting a new benchmark with 5m resolution across 150+ spectral bands. See how this breakthrough is transforming Earth observation. Language: en Canonical URL: https://www.pixxel.space/news/pixxels-firefly-satellites-achieve-successful-first-light-beaming-down-the-worlds-highest-resolution-hyperspectral-images ## Headings Structure: H1: Pixxel’s Firefly Satellites Achieve Successful First Light, Beaming Down the World’s Highest-Resolution Hyperspectral Images H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Pixxel’s Firefly Satellites Achieve Successful First Light, Beaming Down the World’s Highest-Resolution Hyperspectral Images H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ‍Los Angeles, California, and Bengaluru, India - 18th March 2025: Pixxel, a space technology company building the world's highest-resolution hyperspectral satellite constellation, today announced that its three Firefly satellites have successfully captured and downlinked their ‘First Light’ images- setting a new benchmark as the world’s highest-resolution hyperspectral images! All three satellites have completed commissioning successfully and are in perfect working condition, marking a significant milestone in the company’s aim to deliver cutting-edge Earth observation capabilities. Launched in January 2025 aboard SpaceX’s Transporter-12, the three Firefly satellites are beaming down images at an unprecedented 5-meter resolution across 150+ spectral bands with a 40 km swath width. The released images highlight unseen details of three areas, one from each satellite. The newly released first light images highlight three ecologically and economically significant regions, each captured by a different Firefly satellite: By capturing far more detail than traditional satellites and spanning a comprehensive range of spectral bands, Pixxel’s Firefly satellites unlock transformative new applications. Agriculture operators can pinpoint nutrient deficiencies, detect early signs of crop stress, and minimise water usage by monitoring evapotranspiration rates. Climate monitoring agencies can observe shifts in carbon capture by forests, detect emissions hotspots like methane leaks, and track deforestation in near real-time. Mining companies can use spectral signatures to locate mineral-rich deposits or monitor tailing ponds for environmental compliance. And disaster response teams can rapidly assess flood-or fire-damaged areas, enabling swifter, better-targeted relief efforts. "We’re proud to unveil these pioneering images from Firefly, each pixel a vital clue in our quest to decode the Earth’s complexities", said Awais Ahmed, Founder and CEO of Pixxel. "With each new hyperspectral satellite, we are making the invisible visible, bringing planetary-scale intelligence to industries that need it most. By illuminating invisible signals - whether it’s detecting pollutants in the atmosphere or providing early warning of crop diseases in far-flung fields — we can now act with foresight and precision. These images prove that the future of Earth observation, and our planet’s wellbeing, is brilliantly within reach.” Pixxel’s recent partnerships span diverse sectors, with leading organisations such as NASA and the National Reconnaissance Office (NRO) collaborating on the company’s next-generation Earth observation technology. This solidifies Pixxel’s broader mission to create a “health monitor for the planet” by equipping stakeholders with high-fidelity, real-time insights into Earth’s surface and atmosphere. The success of the first three Firefly satellites accelerates Pixxel’s roadmap toward deploying a full-scale hyperspectral constellation by 2026. Three additional Firefly satellites are scheduled to launch before mid-2025. High-fidelity images from these satellites will spectrally fingerprint the Earth and set a new standard in hyperspectral intelligence, reinforcing Pixxel’s mission of building a health monitor for the planet and transforming critical decision-making. --- ### Page: https://www.pixxel.space/news/skip-maselli-appointed-to-the-united-states-geospatial-intelligence-foundation-usgif-advisory-committee Title: Skip Maselli appointed to the United States Geospatial Intelligence Foundation (USGIF) Advisory Committee | PixxelX iconYouTube iconInstagram icon Meta Description: We’re proud to announce that Skip Maselli, Pixxel's Vice President of Public Sector, USA, has been appointed to the United States Geospatial Intelligence Foundation (USGIF) Advisory Committee (AdCom). Language: en Canonical URL: https://www.pixxel.space/news/skip-maselli-appointed-to-the-united-states-geospatial-intelligence-foundation-usgif-advisory-committee ## Headings Structure: H1: Skip Maselli appointed to the United States Geospatial Intelligence Foundation (USGIF) Advisory Committee H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Skip Maselli appointed to the United States Geospatial Intelligence Foundation (USGIF) Advisory Committee H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data We’re proud to announce that Skip Maselli, Pixxel's Vice President of Public Sector, USA, has been appointed to the United States Geospatial Intelligence Foundation (USGIF) Advisory Committee (AdCom). The USGIF AdCom is critical in providing strategic guidance to the USGIF leadership team and helping shape the foundation's strategic direction. Additionally, the committee offers invaluable perspectives on effectively translating strategy into action, leveraging extensive knowledge and expertise in the geospatial intelligence community. Commenting on the announcement, Skip Maselli said: “It is a privilege to work with my esteemed colleagues to support the advancement and integrity of our community of GEOINT professionals. The USGIF’s confidence in the AdCom reflects its own thoughtful dedication to our tradecraft and technology through inclusive strategy to action planning. I appreciate Pixxel encouraging my active participation.” Drawing on deep industry expertise, AdCom members actively conduct research, gather data, analyze trends, and identify emerging issues that are relevant to the geospatial intelligence community. Their efforts contribute significantly to advancing the field and ensuring its continuous evolution. At Pixxel, we firmly believe in supporting our employees in their pursuits to contribute to the advancement of GEOINT. Skip's involvement in the USGIF AdCom will undoubtedly help strengthen the connections between industry, academia, and government partners while fostering a deeper understanding of the limitless potential of GEOINT within our community. We’re proud to have Skip on our team as we advance our mission to unlock valuable insights from space, launching a constellation of high-resolution hyperspectral earth imaging satellites and analytical tools to detect, monitor, and predict global phenomena. --- ### Page: https://www.pixxel.space/news/welcoming-preston-dunlap-to-our-board-of-directors Title: Welcoming Preston Dunlap to our Board of Directors | Pixxel | PixxelX iconYouTube iconInstagram icon Meta Description: This year at Pixxel has been all about momentum. Language: en Canonical URL: https://www.pixxel.space/news/welcoming-preston-dunlap-to-our-board-of-directors ## Headings Structure: H1: Welcoming Preston Dunlap to our Board of Directors H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data ## Main Content: H1: Welcoming Preston Dunlap to our Board of Directors H2: Read more H3: Pixxel and UP42 Announce Partnership, Bringing Hyperspectral Data to Users Worldwide H3: Pixxel and Pacific Geomatics Partner to Bring Hyperspectral Satellite Data to Canada H3: Pixxel and KSAT Expand Partnership to Enable Global Access to Hyperspectral Satellite Data We’ve seen incredible growth through new partnerships with companies like DataFarming, a $27M Series A round led by Radical Ventures, and most importantly, the launch of our first full-fledged satellite, Pixxel Demo-2, aboard SpaceX’s Transporter-4 mission. Hot on the heels of these thrilling milestones, we couldn’t be more excited to announce the appointment of Preston Dunlap to Pixxel’s Board of Directors. Preston’s accolades speak for themselves. He is the founder of Arkenstone Ventures, serves on various Corporate Boards and advises Fortune 100 companies, small and medium-sized businesses, private equity, as well as venture capital firms. From 2019-2022, he was appointed by the Secretary of the Air Force as the first Chief Technology Officer and Chief Architect Officer of the U.S. Space Force and Air Force where he oversaw the technology, engineering, and architecture of $70 Billion+ of research, development, and acquisition programs. During this time he also spearheaded massive technological innovation efforts including commercial space integration, data and AI, joint all-domain command and control, and next-generation air dominance. With over 23+ years of experience, Preston has led national-level initiatives for the Vice President of the United States and Cabinet Secretaries at the White House in the past. He has been responsible for running the Pentagon’s $750 Billion Investment Decision Committee process for multiple Secretaries of Defense (building the 5-Year Defense Budget) and has also started $250 Billion+ of new Defense and Intelligence programs such as the recently unveiled new B-21 Bomber. In the private sector, as an executive passionate for getting transformative technology into people’s hands, Preston has served on multiple boards of technology startups, along with serving as an Executive at the Johns Hopkins University Applied Physics Laboratory. Preston’s experience and ability in forging partnerships across the Defense and Intelligence communities and the private sector enabled the US Government to rapidly procure technologies needed for global transparency and security. Carrying over his expertise, he will help us navigate our use cases in hyperspectral earth observation as we prepare for the launch of our constellation. Preston’s expertise in the space industry will be an incredible asset to the team as we reach our next level of growth and maturity and assemble the world’s most advanced constellation of low-earth-orbit hyperspectral imaging satellites. His support and guidance alongside our existing board members and investors such as Ryan Johnson and Jordan Noone is a testament to the magnitude of our mission and the weight of the problem we’re trying to solve, as monitoring the health of our planet has never been more important. We’re currently hiring for roles across the board and not slowing down any time soon. If you’re excited to push the boundaries of earth observation and make our world a better place, head over to our careers page to join the team! --- ### Page: https://www.pixxel.space/knowledge-hub/a-comprehensive-guide-aurora-marketplaces-satellite-imagery-models Title: A Comprehensive Guide to Pixxel - Aurora's Marketplace Models | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Aurora by Pixxel, our Earth observation studio, is set to simplify interactions with Earth observation data by offering drag-and-drop model-building capabilities. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/a-comprehensive-guide-aurora-marketplaces-satellite-imagery-models ## Headings Structure: H1: A Comprehensive Guide to Pixxel - Aurora's Marketplace Models H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: A Comprehensive Guide to Pixxel - Aurora's Marketplace Models H4: Land use/Land cover (LULC) H4: Crop Stress H4: Cloud Gap Fill H4: Segmentation models H4: Optical Fusion H4: Models in the pipeline H4: Planned Hyperspectral Analysis Tools H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Aurora by Pixxel, our Earth observation studio, is set to simplify interactions with Earth observation data by offering drag-and-drop model-building capabilities. With the commercial launch of Aurora in Q2 2024, Pixxel aims to address the challenges commonly encountered with traditional GIS software by granting early access to a limited set of customers in February 2024. This platform goes beyond the conventional functions of an image processing tool, positioning itself as an intuitive one-stop solution equipped with a comprehensive developer’s toolkit. The primary goal of Aurora by Pixxel is to simplify earth observation analyses with a built-in marketplace and the unique ability for users to create and customise their workflows in a no-code environment. As an end-to-end toolkit, Aurora empowers users to extract tailored insights from various Earth observation datasets. As we continue exploring Pixxel - Aurora’s unique capabilities, we unravel the diverse models that’ll be readily available on the studio upon launch and those which are in the pipeline, together with planned hyperspectral analysis tools. Each of these models offers unique insights across diverse use cases ranging across several industry verticals. Land Use/Land Cover (LULC) classification involves categorising land based on the prevalent human activities or natural characteristics present. These can range from vegetation and water bodies to croplands, forests, and urban areas. LULC data serves as a valuable tool (particularly in the context of governments) for understanding land use patterns, evaluating the environmental impact of land use changes, and informing decisions related to land use planning. The deep learning model integrated in Aurora by Pixxel specifically focuses on LULC classification using Sentinel-2 satellite imagery, creating output tiles annotated with class labels. Trained on a robust dataset of labelled imagery, the model employs convolutional neural networks (CNNs) to automatically extract relevant features from the input imagery. It subsequently classifies each pixel into predefined LULC classes, similar to ESRI’s 9-class LULC classifications. The model exhibits an accuracy ranging from 75 - 90%, dependent on geographical variations. The Crop Stress model was meticulously designed to detect and quantify crop stress within a designated Area of Interest (AOI). Employing a robust statistical methodology, this model classifies features within the AOI into distinct stress levels, namely “low, moderate, or high.” Through precise calculations, this readily deployable model unveils the proportions of land covered by each stress category, providing agricultural organisations and stakeholders with insights into the varying levels of stress affecting their crops. The Cloud Gap Fill model is a powerful solution to one of the most common issues faced by satellite remote sensing techniques: cloud cover. The model leverages inputs from diverse images captured on different dates, showcasing intelligent pixel filling and seamlessly reconstructing the underlying area with predicted characteristics. This capability ensures a comprehensive analysis of the AOI on specific dates of interest, free from the challenges posed by cloud cover. The Cloud Gap Fill model was trained to eliminate various cloud cover types, ensuring a comprehensive cleanup process. These include: The Segmentation model is a versatile tool for segmenting visible objects in satellite imagery from various platforms. It provides a nuanced understanding of landscapes through object detection, prioritising accuracy and efficiency. Its optimal performance relies on clearly visible and sufficiently sized objects. While the model operates as a single, independent module, users can select between different modes to suit their requirements. It allows users to select between general segmentation, distinguishing between roads, buildings, vegetation, etc. or specific segmentation, such as crop boundary classification. The general segmentation ensures versatility, while the specific segmentation caters to niche applications. Users should consider trade-offs between speed and accuracy when choosing which of these variants should be applied to their imagery. Adjusting zoom levels can further enhance segmentation quality, ensuring optimal results across various scenarios. For specialised tasks, like farm boundary detection, the segmentation model offers precision in delineating physical boundaries crucial for optimising resource allocation and maintaining accurate land records in modern agriculture. The Optical Fusion model addresses the inherent limitations faced by varying spatial and temporal resolutions of different satellites, unlocking the potential for enhanced collaboration across data sources. For instance, the model promotes synergy across images from Sentinel (revisit frequency: 5 days, resolution: 10-metres) and MODIS (revisit frequency: 1 day, resolution: 500-metres). Optical Fusion transcends the individual constraints of satellite sensors by amalgamating data with distinct spectral ranges, spatial resolution, and slew angles. This strategic fusion enhances the accuracy of optical remote sensing data, mitigating challenges such as atmospheric interference or cloud cover. The result is a composite image with a revisit frequency of 1 day and a spatial resolution of 10 metres, harnessing the strengths of both sources. Utilising statistical techniques and a spatio-temporal fusion method, the Optical Fusion model generates high-resolution images by synthesising information from low-resolution imagery. The output images surpass the limitations of individual satellites and serve as valuable inputs for diverse applications, including crop growth monitoring. Pixxel -Aurora will be a game-changer in Earth observation, offering a range of models to meet diverse industry requirements. Stay tuned to find out more about Aurora's capabilities and how it can revolutionise your approach to Earth observation data. Join our waiting list to be one of the first to access Aurora by Pixxel and its growing selection of models, indices, and hyperspectral analysis tools. --- ### Page: https://www.pixxel.space/knowledge-hub/crop-variety-classification-through-hyperspectral-imagery Title: Crop Variety Classification through Hyperspectral Imagery | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Discover how hyperspectral imagery revolutionises crop variety classification. Learn about the cutting-edge techniques and technologies used to analyse spectral data, enabling precise identification and differentiation of crop varieties. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/crop-variety-classification-through-hyperspectral-imagery ## Headings Structure: H1: Crop Variety Classification through Hyperspectral Imagery H3: What is variety classification? H3: Previous remote sensing techniques used in agriculture H3: How can hyperspectral imaging support variety classification? H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Crop Variety Classification through Hyperspectral Imagery H3: What is variety classification? H3: Previous remote sensing techniques used in agriculture H3: How can hyperspectral imaging support variety classification? H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Remotely sensed imagery from satellites, aircraft, or ground-based sensors is pivotal in precision agriculture — a farming management practice that gathers, processes, and analyses different data to determine inter and intra-field crop variability. In particular, hyperspectral imagery is a valuable tool in this field. With precision agriculture, farmers can apply fertilisers, pesticides, tillage, and irrigation water more effectively and improve crop yields while minimising environmental contaminants. Traditionally, spectral imaging sensors have been used to capture crop images in specific wavelengths beyond the visible spectrum. However, these commercially available sensors often lack the spectral resolution required to identify and quantify small changes in plant physiology resulting from diseases or other environmental stressors. Hyperspectral imaging has shown the potential to shift how precision agriculture is managed. The high spectral resolution available on hyperspectral sensors can be utilised for crop variety classification, enabling farmers to customise management practices, monitor health and growth, and optimise input usage, costs, and nutrient content. Variety classification identifies and categorises crop varieties based on unique characteristics such as genetic makeup, appearance, growth rate, yield potential, and resistance to pests/diseases. Crop varieties are diverse and abundant, with each possessing unique traits and characteristics. Choosing the right crop variety is crucial in disease detection and management since resistant varieties can minimise the need for chemical treatments and reduce disease risk. Variety selection also mitigates the impacts of extreme weather events like drought. For example, drought-tolerant maize varieties can produce approximately 30% of their potential yields after suffering water stress for six weeks before and during flowering and grain-filling. Each crop variety emits a different spectral signature — a unique pattern of reflectance or absorption across wavelengths due to their inherent biochemical and physiological characteristics. One of the main reasons why these vary is due to chlorophyll content, which absorbs light in the blue and red parts of the spectrum and reflects green, giving plants their colour. Drought-tolerant crops exhibit different physiological and biochemical characteristics due to their ability to withstand water stress and decreased nutrient content and as a result, their spectral signatures vary as well. So far, hyperspectral imagery in precision agriculture has revolutionised the mapping and monitoring of vegetation growth and health. While multispectral imaging has been used in agriculture for this purpose, capturing data across only a few narrow wavelength bands, it falls short in comparison. Multispectral imagery can derive basic vegetation indices like the Normalised Difference Vegetation Index (NDVI), which assesses plant health based on greenness and density. However, the limited spectral resolution of multispectral sensors hampers the ability to accurately identify crops, as they lack sensitivity to subtle variations in reflectance spectra. Consequently, multispectral imaging is not ideal for crop variety identification or other detailed classification tasks. Hyperspectral imagery in precision agriculture revolutionises crop monitoring and management with its powerful capabilities. Equipped with hyperspectral sensors, Earth observation satellites capture data across hundreds of narrow wavelength bands, enabling the detection of subtle differences in the spectral signatures of different crop varieties. Usually, time series are needed for crop classification, but with hyperspectral data, we can create a map from a single image for very similar-looking species that are usually difficult to discriminate. The ability to classify different varieties of crops based on these unique spectral  signatures, influenced by chemical composition, pigmentation, water content, and environmental conditions with hyperspectral imaging satellites has wide-ranging applications in precision agriculture. Hyperspectral imaging provides agricultural organisations with the toolkit to map, measure, analyse, and monitor their crops more accurately. This technology allows agronomists to differentiate between different crops and their varieties, develop accurate distribution maps, and identify areas requiring more or less inputs. It additionally allows for the quantification and analysis of crop performance by measuring parameters like chlorophyll content, water content, and disease symptoms, flagging thriving or struggling areas, optimising planting strategies, and improving profitability. Consistent monitoring of crop health is possible with hyperspectral imaging, allowing farmers to make timely and scientifically supported decisions about crop feasibility, inputs, and harvesting. Further, crop management practices, such as inventory control, insurance claims, and consultancy services can all benefit from accessing hyperspectral imagery over their croplands. As the global population continues to grow, ensuring sustainable and efficient food production is critical. Advanced remote sensing technology, including Pixxel's hyperspectral imaging satellite sensors, offers a promising solution for precision farming practices, providing farmers with precise and reliable crop classification capabilities that can enhance their decision-making and contribute to more sustainable and productive farming practices. Moreover, future advancements in remote sensing technology, including the development of new algorithms to detect minute variations in plant physiology, can further improve the monitoring and management of agricultural resources, leading to more efficient and effective farming practices. Get in touch with Pixxel’s sales team to learn more about the hyperspectral advantage in agriculture.‍(Content revised on 7th March 2024) --- ### Page: https://www.pixxel.space/knowledge-hub/discover-the-potential-for-forest-management-with-pixxels-hyperspectral-imagery Title: Discover the Potential for Forest Management with Pixxel's Hyperspectral Imagery | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Effective forest management is essential for preserving the delicate balance of these ecosystems and their natural resources. However, traditional methods often fail to provide comprehensive insights into forest ecosystems' complexities. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/discover-the-potential-for-forest-management-with-pixxels-hyperspectral-imagery ## Headings Structure: H1: Discover the Potential for Forest Management with Pixxel's Hyperspectral Imagery H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Discover the Potential for Forest Management with Pixxel's Hyperspectral Imagery H4: What is Hyperspectral Imaging? H4: How does hyperspectral imagery support forest management? H4: Discover more in our latest whitepaper H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Effective forest management is essential for preserving the delicate balance of these ecosystems and their natural resources. However, traditional methods often fail to provide comprehensive insights into forest ecosystems' complexities. Pixxel's hyperspectral imagery offers new insights into the monitoring and management of vital forest resources. Forests cover around one-third of all land on Earth, providing direct resources (including food or fuel) for over 1.6 billion people and a home for around 70 million people worldwide. These diverse ecosystems also provide a range of ecosystem services, from protecting communities against natural disasters such as floods or landslides to regulating climates by sequestering greenhouse gases. Still, despite the apparent benefits that forests provide, these ecosystems face constant pressure due to threats such as deforestation, degradation, and illegal activities. The importance of forests coupled with the threats that they face due to human activities highlights the significance of applying efficient and effective monitoring and management practices that support forest health. When monitoring forests, it’s important to monitor parameters such as above-ground biomass, species distribution, and stress levels. The high spectral resolution associated with hyperspectral imaging sensors is capable of detecting such parameters with special attention to minor spectral variations. This capability is extremely useful in determining any variations that may be threatening to forest health. In our whitepaper, “The Hyperspectral Advantage in Forestry”, we explore the potential that remotely sensed hyperspectral imagery has across forest management applications. Hyperspectral imaging satellites allow us to see our planet’s surface in a way we’ve never seen before. Unlike conventional methods that capture data in just a few discrete bands, hyperspectral imaging sensors can split the electromagnetic spectrum into hundreds of narrow contiguous bands. This increase in data capture means they can extract previously unavailable information, giving us a new level of precision. Pixxel's hyperspectral imaging satellites are set to play a vital role in safeguarding our forests, offering invaluable insights into various forestry parameters. They offer an efficient, accurate, and cost-effective way to monitor and manage forests. By providing detailed insights into forest conditions, hyperspectral imaging solutions support continuous monitoring, allowing for informed decisions and tailored management strategies. From mapping tree species diversity to detecting vegetation stress and disease outbreaks, hyperspectral imaging finds applications across various aspects of forest management. Pixxel's advanced technology empowers organisations and environmental watchdogs to detect, classify, and quantify threats to forest health, facilitating proactive management strategies. Our whitepaper on “The Hyperspectral Advantage in Forestry” explores Pixxel’s hyperspectral solutions, showcasing their applications, benefits, and how they’re set to transform environmental monitoring practices, including forestry. Explore real-world use cases and gain insight into the significant wavelengths for detecting forest parameters. Here’s a sneak peek into what our whitepaper covers: Read a detailed version of this blog in our downloadable whitepaper.At Pixxel, we’re dedicated to revolutionising environmental monitoring practices and safeguarding our forests for future generations. Through our upcoming constellation of cutting-edge hyperspectral imaging satellites and analytical tools, we’re creating a health monitor for our planet and actively preserving its delicate ecosystems. Now, more than ever, it’s crucial for decision-makers, stakeholders, and forest stewards to harness the power of hyperspectral imagery. With Pixxel's advanced technology, decision-makers can gain unprecedented insights into forest ecosystems, enabling proactive management strategies to safeguard our forests. Get in touch with us to learn more about how hyperspectral imaging satellites and their voluminous and transparent datasets can benefit your industry. --- ### Page: https://www.pixxel.space/knowledge-hub/ensuring-pipeline-safety-monitoring-right-of-way-incursions-using-hyperspectral-imaging Title: Ensuring Pipeline Safety: Monitoring Right-of-Way incursions using Hyperspectral Imaging | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Hyperspectral imaging satellites have the potential to revolutionise pipeline monitoring. By providing timely insights into potential threats along the right-of-way, hyperspectral imagery enhances the safety and security of these vital infrastructure systems. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/ensuring-pipeline-safety-monitoring-right-of-way-incursions-using-hyperspectral-imaging ## Headings Structure: H1: Ensuring Pipeline Safety: Monitoring Right-of-Way incursions using Hyperspectral Imaging H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Ensuring Pipeline Safety: Monitoring Right-of-Way incursions using Hyperspectral Imaging H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Hyperspectral imaging satellites have the potential to revolutionise pipeline monitoring. By providing timely insights into potential threats along the right-of-way, hyperspectral imagery enhances the safety and security of these vital infrastructure systems. When it comes to transporting oil and gas, extensive networks of pipelines are the backbone of these operations. In the United States alone, these networks stretch over 3 million kilometres. Such comprehensive coverage, however, means that pipelines face various threats that compromise their integrity and safety. Furthermore, since these pipelines are often situated in remote areas, promptly detecting threats is challenging. Advanced image analysis models, like those developed by Pixxel, have shown impressive results when applied to Sentinel imagery. This marks a significant stride in ensuring the safety and protection of these vital transportation networks for our early adopters. With the integration of the upcoming hyperspectral imagery, these promise to deliver unparalleled insights, marking a significant leap forward in the field. The Hyperspectral Advantage in Pipeline Monitoring Hyperspectral imagery offers unparalleled advantages over conventional imaging approaches. While multispectral imagery is limited to a handful of discrete spectral bands, hyperspectral imaging goes way beyond, capturing over a hundred continuous spectral bands across a broader range of the electromagnetic spectrum. This ability to capture so much information allows hyperspectral imagery to excel in providing detailed and precise analysis of the terrain, vegetation, and land cover, particularly in the context of monitoring the areas surrounding oil and gas pipelines. Analysing hyperspectral imagery is like having a warning system in near-real-time that detects any changes or threats along the pipeline’s route before they cause irreparable damage. Urgency for Enhanced Safety Measures in Pipeline Monitoring Surprisingly, despite being considered the safest way to transport oil and gas compared to trains and trucks, pipeline incidents have caused serious damage in recent years. In less than 15 years, over 8,000 pipeline incidents in the U.S. have resulted in the loss of lives, injuries, hundreds of explosions, thousands of displaced people, and billions of dollars in property damage. That’s why nailing down a top-notch monitoring system is vital in ensuring the safety and integrity of these extensive networks. In this context, remote sensing techniques including hyperspectral imaging satellites offer multifaceted applications that enable comprehensive surveillance and assessment of potential risks along pipeline right-of-ways. Monitoring Vegetation Encroachment and Clearing The encroachment of vegetation poses a significant risk to pipelines. Their unmonitored growth can lead to physical damage and corrosion, potentially causing gas leaks and subsequent hazards including loss of life, serious injury, and significant property damage. In 2020, a wildfire in California resulting from tree branches that infringed on Pacific Gas & Electric power lines caused the death of four people and the destruction of over 200 buildings. Such instances emphasise the importance of rigid regulatory measures to identify and prevent encroachment issues. Hyperspectral imaging can detect changes in vegetation density, health, and species composition, allowing for the early identification of encroachment and the prompt implementation of preventive measures. Similarly, it can monitor vegetation clearing, enabling operators to assess environmental impacts and potential risks to the pipeline's stability and safety. Detecting Dead Vegetation and Fire Risks Spotting dead vegetation is crucial in assessing potential risks along the pipeline. Dried vegetation is like a match waiting to be struck. When coupled with pipelines carrying highly flammable fluids, this poses a serious threat to ecosystems and communities nearby. Hyperspectral imaging can detect changes in plant health and distinguish between living and dead vegetation, enabling the proactive mitigation of fire hazards. Pixxel’s image-analysis model has already proven successful in detecting fire in areas up to 3 km from the pipelines. This capability helps in preemptive planning and swift response to minimise the risk of fire-related incidents and potential damage to the pipeline infrastructure. Identifying Land Changes and Construction Activities In March 2011, a critical pipeline explosion in Minnesota was triggered by the ignition of a gas leak. Subsequent in-depth investigations of the disaster revealed that the couplings used along the gas pipeline were insufficient to bear the weight of the surrounding soil, roads, and traffic. Hyperspectral imagery is a valuable tool in this regard, capable of detecting alterations in land cover with extreme precision, including unauthorised construction, excavation, and other human activities along the pipeline's right-of-way. This capability facilitates the timely identification of changes in the landscape, ensuring the early detection of potential threats to the pipeline's structural integrity. By providing near-real-time data on land changes, the technology aids in effectively managing the pipeline's surroundings, minimising the risk of structural damage due to external activities. Assessing Natural Hazards and Exposed Pipelines Hyperspectral imaging plays a critical role in assessing the vulnerability of exposed pipelines to a range of natural hazards, including earthquakes, floods, and mudslides. Through continuous surveillance of the terrain and identification of high-risk zones, this technology assists in developing robust mitigation strategies to safeguard the pipeline infrastructure from potential natural disasters. Furthermore, hyperspectral imaging facilitates the ongoing monitoring of river bank conditions, identifying potential risks that may impact pipelines nearby, especially those arising from erosion and flooding. This proactive approach guarantees the resilience of the pipeline network, minimising the occurrence of disruptions and enhancing overall safety and reliability. Empowering Pipeline Security with Pixxel’s Solutions Pixxel's state-of-the-art image analysis solutions offer a comprehensive solution for monitoring right-of-way incursions along extensive pipelines. Coupled with the high spectral and spatial resolution capabilities of our upcoming hyperspectral imaging satellite constellation, Pixxel empowers pipeline operators to proactively detect and address a range of potential threats, ensuring the safety, integrity, and sustainability of pipeline infrastructure. Pixxel’s near-real-time data and analytical tools enable swift responses to emerging environmental risks, establishing it as a leading solution for secure and efficient pipeline operations in challenging regions. Our early adopters are already reaping the benefits of hyperspectral imagery. Find out how Pixxel’s solutions can support your organisation today! (Banner image shows oil fields consisting of oil pumps in the Permian Basin near Andrews, TX, captured and refined by Pixxel) --- ### Page: https://www.pixxel.space/knowledge-hub/explore-aurora-pixxels-earth-observation-studios-impact-across-industries Title: Explore Pixxel - Aurora, Our Earth Observation Studio’s impact across industries | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Discover how Aurora by Pixxel, a cutting-edge Earth Observation Studio, transforms industries with advanced models and indices for agriculture, environmental monitoring, and more. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/explore-aurora-pixxels-earth-observation-studios-impact-across-industries ## Headings Structure: H1: Explore Pixxel - Aurora, Our Earth Observation Studio’s impact across industries H3: Optimising Agricultural Practices with Aurora’s Indices and Models H3: Vegetation Monitoring H3: Drought and Water Stress Assessment H3: Land Use and Resource Management H3: Applications of Aurora’s Indices and Models in Environment and Forestry H3: Vegetation monitoring and assessment H3: Water and Wetland Monitoring H3: Drought and Climate Monitoring H3: Pollution and Hazard Detection H3: Biomass and Forest Management H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Explore Pixxel - Aurora, Our Earth Observation Studio’s impact across industries H3: Optimising Agricultural Practices with Aurora’s Indices and Models H3: Vegetation Monitoring H3: Drought and Water Stress Assessment H3: Land Use and Resource Management H3: Applications of Aurora’s Indices and Models in Environment and Forestry H3: Vegetation monitoring and assessment H3: Water and Wetland Monitoring H3: Drought and Climate Monitoring H3: Pollution and Hazard Detection H3: Biomass and Forest Management H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring As we proudly experienced the public launch of Aurora by Pixxel, our in-house Earth Observation Studio, excitement sparks about its transformative potential across various industries. Aurora offers an extensive range of readily available indices and models designed to monitor, prevent, and mitigate detrimental phenomena, promising to revolutionise operations. Aurora by Pixxel supports multispectral sensor imagery from notorious missions, including Sentinel and Landsat. However, the platform will also boast the added capability of hosting imagery from Pixxel’s high-resolution hyperspectral imaging satellite constellation. Although initially focusing on vegetative and nature-based applications, Aurora is continually expanding to meet the evolving needs of diverse industries. In modern agricultural practices, analysing remotely sensed imagery is crucial in monitoring crop health, assessing drought conditions, and optimising resource management. By applying these indices and models, agricultural organisations can significantly enhance their ability to monitor crop health, manage resources efficiently, and ensure sustainable farming practices. Pixxel - Aurora’s indices and models are crucial in monitoring and managing environmental and forestry resources. They provide valuable insights into vegetation health, water quality, land use changes, and biodiversity, enabling informed decision-making for sustainable practices and conservation efforts. Aurora’s indices and models' diverse applications highlight their significance in the environmental and forestry sectors. As technology advances, applying these indices and models is essential for addressing global environmental challenges and promoting sustainable development practices across industries. Aurora by Pixxel is expected to redefine how industries monitor, manage, and respond to numerous challenges. With its cutting-edge indices and models, it offers unparalleled insights across diverse industries and applications, utilising various satellite imagery sources. Don't miss the opportunity to experience Aurora’s capabilities firsthand—register now and benefit from a free one-month trial for all users. Get in touch with our team for more information and how Aurora can benefit your organisation. Welcome the future of Earth observation insights with Aurora by Pixxel! --- ### Page: https://www.pixxel.space/knowledge-hub/from-sputnik-to-firefly-the-fascinating-world-of-satellites Title: From Sputnik to Firefly: The Fascinating World of Satellites | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Dive into satellite technology's rich history and astonishing advances, from the first Sputnik to the contemporary hyperspectral imaging satellites. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/from-sputnik-to-firefly-the-fascinating-world-of-satellites ## Headings Structure: H1: From Sputnik to Firefly: The Fascinating World of Satellites H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: From Sputnik to Firefly: The Fascinating World of Satellites H4: What is a satellite? H4: Explained: A brief history of satellites H4: 2. Tsilovsky’s influence: the Father of Spaceflight H4: 3. Clarke’s vision and the modern satellite era H4: ‍What does a satellite consist of? H4: Pioneering satellite missions: Expanding our cosmic horizons H4: Some notable satellites and their breakthrough H4: A New Satellite Era: Pixxel’s hyperspectral imaging satellites H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring October 4, 1957 - “T -10 minutes,” blared the loudspeaker in an underground bunker in the Baikonur Cosmodrome, Kazakhstan. Just 200 meters away, the Tulip launch pad hosted a colossal 29-meter R-7 rocket with a unique payload: a shiny, sphere, basketball-sized sphere, weighing 83.6 kg. Sputnik-1, the world’s first artificial satellite, marked a monumental milestone, inaugurating the Space Age and triggering the Space Race. Sputnik’s characteristic radio signals were a symbol of Soviet technological prowess, revolutionizing the era of space exploration. From Sputnik to today’s technological marvels, the satellite journey is captivating, evolving from its humble beginnings to redefining our understanding of our planet. A satellite is something that orbits a planet or star, including natural satellites (like our Moon) and artificial satellites. Artificial satellites are man-made objects, typically built for Earth’s orbit but can serve missions on other planets, such as the Mars Orbiter Mission (MOM). They’re built, launched, and operated for objectives like imaging, communications, and scientific research. How did the concept of satellites emerge? What experiments caused us to get to where we are today? 1. Newton’s pioneering thoughts In “De Mundi Systemate (A Treatise of the System of the World),” Isaac Newton laid the foundation for artificial satellites. His thought experiment described the idea of shooting a cannonball from a great height, exploring the dynamics of motion and gravitational forces. Newton theorised that launching a cannonball at various speeds would yield different outcomes: low speeds (between 0 and 7,000m/s) would lead to it falling to Earth, moderate speeds (between 7,000 and 10,000 m/s) would create an elliptical orbit around our planet, and speeds exceeding 10,000 m/s (or Earth’s escape velocity) would allow escape from Earth’s gravitational pull. This laid the foundation for artificial satellites. Konstantin Tsiolkovsky, a Russian (and later Soviet) scientist, is celebrated as the “Father of Spaceflight.” His ideas set the stage for space exploration and modern rocket development. In 1903, he outlined the principles of rocket propulsion and space travel. Tsiolkovsky’s most notable contribution was the concept of multi-stage rockets for launching payloads into Earth’s orbit. In the mid-20th century, science fiction writer Arthur C. Clarke played a crucial role in revolutionising telecommunications. His 1945 piece, “Extraterrestrial Relays,” laid the groundwork for the modern satellite era. Clarke’s theory proposed that a satellite orbiting at Earth’s rotational speed would remain fixed relative to the planet’s surface. Positioned about 35,786 kilometres above Earth, this seemingly stationary satellite would serve as a relay for telecommunication signals, revolutionising how we connect.‍‍ A typical satellite consists of electrical, mechanical, and chemical components which perform specific functions within the satellite. These can be divided into satellite subsystems: After Sputnik’s launch, several notable satellite missions advanced our understanding of space: As we celebrate the incredible journey of satellites, from their early conceptualisation to their monumental achievements, we welcome a new era of satellite technology. Hyperspectral imaging, exemplified by Pixxel's upcoming hyperspectral satellite constellation launching in 2024, promises unprecedented insights into our planet. With high spatial and spectral capabilities, this technology will transform agriculture, environmental monitoring, resource exploration, and more. Tomorrow’s satellites will continue pushing boundaries, enriching our understanding of Earth and the universe. Reach out to our sales team to explore how hyperspectral imaging satellites can transform your organisation. --- ### Page: https://www.pixxel.space/knowledge-hub/harnessing-hyperspectral-imaging-a-birds-eye-view-of-biodiversity-monitoring-and-climate-conservation Title: Harnessing Hyperspectral Imaging: A Bird's-Eye View of Biodiversity Monitoring and Climate Conservation | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Hyperspectral imaging is invaluable for monitoring biodiversity and conserving ecosystems, from analysing land cover to protecting forests and coastal areas. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/harnessing-hyperspectral-imaging-a-birds-eye-view-of-biodiversity-monitoring-and-climate-conservation ## Headings Structure: H1: Harnessing Hyperspectral Imaging: A Bird's-Eye View of Biodiversity Monitoring and Climate Conservation H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Harnessing Hyperspectral Imaging: A Bird's-Eye View of Biodiversity Monitoring and Climate Conservation H4: Unveiling the Invisible: The Science Behind Hyperspectral Imaging H4: Charting the Course: Mapping the Diverse Landscapes of Earth H4: Guardians of the Green Realm: Enhancing Forest Monitoring Efforts H4: Exploring Wetland Wonders: Unravelling Nature's Mysteries H4: Sentinels of the Coast: Safeguarding Fragile Coastal Ecosystems H4: Plumbing the Depths: Monitoring Aquatic Environments with Precision H4: Preserving Coral Strongholds: A Cornerstone of Ocean Conservation H4: Embracing Collective Action for Conservation H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Hyperspectral imaging is invaluable for monitoring biodiversity and conserving ecosystems, from analysing land cover to protecting forests and coastal areas. “The planet is amid a biodiversity and climate crisis… and we have a last chance to act…” Marco Lambertini, then Director-General of WWF International (Living Planet Report, 2022). Biodiversity loss is accelerating at an unprecedented rate, with around 1 million species teetering on the brink of extinction. Over the past 50 years, the wildlife population has seen a staggering decline of 69%. Land degradation affects 20% of the Earth's surface, with 100 million hectares of fertile land succumbing to degradation annually. These issues not only jeopardise the livelihoods of billions of people but also push countless species and habitats towards extinction. Amid escalating environmental pressures, the need for urgent conservation action has never been more pronounced. Biodiversity and conservation are crucial in bolstering ecosystem resilience, enabling environments to adapt to changing conditions and withstand various stressors. Moreover, they also underpin global food security, and tracking these can help identify threats to agricultural resources, such as habitat loss and pollution. Understanding our planet's heartbeat begins with biodiversity monitoring. By observing species populations, habitat conditions, and ecosystem functioning, we gain a deeper understanding of ecosystem services like pollination and water purification, which are vital for human well-being. The pressing environmental and biodiversity crisis demands the immediate deployment of all available technologies and solutions. These resources are vital in equipping decision-makers with the necessary tools to take decisive and well-informed actions to safeguard the natural world for future generations. Satellite-based Earth observation (EO) has long been pivotal in monitoring our planet's changes. Today, thanks to advancements in micro-satellites and sensor technology, an abundant source of EO data is readily available and easily accessible. Among new technological advancements, hyperspectral imaging has emerged as a powerful tool to prevent biodiversity loss and environmental degradation by capturing unprecedented detail and accuracy of Earth's surface characteristics. By breaking down the electromagnetic spectrum into hundreds of very narrow bands, hyperspectral imagery provides extraordinary details into each image captured, including subtle variations in the reflectance of Earth's surface and unparalleled insights into ecosystems worldwide. The accuracy and precision of high-resolution hyperspectral imagery bridge the gaps caused by field surveying and coarse-resolution multispectral imagery. This advantage facilitates real-time analysis and decision-making for managing our planet's ecosystems. Hyperspectral imaging plays a vital role in safeguarding our environment, with applications such as monitoring land cover, identifying biodiversity hotspots, assessing coral reefs, and evaluating coastal landscapes. One critical application of hyperspectral imaging is land cover mapping, the cornerstone of biodiversity conservation. Conservation managers regularly monitor biodiversity changes at a landscape scale, often utilising EO data to map species or habitats. Land use and land cover classification systems are also commonly employed in national and international programs to facilitate conservation planning and sustainable management practices. The granular perspective offered by hyperspectral imagery enables precise classification of vegetation types, soil compositions, and water bodies. By creating detailed maps of Earth's surface features, we empower decision-makers with the necessary tools to implement targeted conservation strategies. Forests serve as the lungs of our planet, regulating climate and harbouring diverse ecosystems, but they face constant threats from deforestation and degradation. The world lost 3.7 million hectares of primary tropical forest in 2023, equivalent to losing almost ten football (soccer) fields of forest per minute! Hyperspectral imagery captures forest attributes, including tree species, ecological processes, and the early detection of stressors like disease outbreaks and invasive species infestations. Hyperspectral imagery also enables accurate identification and monitoring of forest disturbances, such as wildfires and illegal logging activities, empowering conservationists to intervene timely to protect these invaluable habitats. The detailed maps generated via hyperspectral imaging serve as foundational data for enhancing forest monitoring efforts. By monitoring forests with precision, hyperspectral imaging contributes to preserving these vital ecosystems and the diverse species they support. Similarly, hyperspectral imaging extends to wetlands, among the planet's most productive ecosystems. Wetlands support a wealth of biodiversity, with factors such as climate, landscape shape, geology, and water movement influencing species composition in each wetland. Hyperspectral imaging helps us measure carbon content in the land and monitor vegetation growth, which are essential indicators for wetland health. It also provides detailed information on plant growth and health in the wetlands. These measurements act as indicators for vegetative biomass and primary productivity, enabling estimations of carbon sequestration potential. By unravelling the mysteries of wetland ecosystems, hyperspectral imaging helps protect and preserve these invaluable habitats and the diverse species they support. From mangroves to sandy beaches, hyperspectral imagery allows scientists to track changes in coastal land cover, detect erosion hotspots, and assess the resilience of coastal ecosystems to environmental stress factors.Hyperspectral imagery safeguards fragile coastal ecosystems against threats such as sea-level rise, erosion, and extreme weather events. Further, the spectral signatures captured by hyperspectral imagery can also help pinpoint the sources of contamination, such as industrial or agricultural runoff and oil spills, and track their movement. Researchers can create comprehensive maps of coastal vulnerability by combining hyperspectral data with other monitoring techniques. These maps can guide policymakers in implementing sustainable coastal management strategies and climate change adaptation. Hyperspectral imagery also extends its reach to precisely monitor marine environments, offering comprehensive insights into global aquatic ecosystems. It can accurately pinpoint pollutants, emerging contaminants, and surface debris in surface waters while tracking indicators such as chlorophyll and oxygen levels. The technology also plays an integral role in detecting and monitoring harmful algal blooms by analysing the spectral signatures of different algae species. It enables real-time tracking of their growth and movement to effectively manage and minimise their impacts. Lastly, recent advancements in space-based hyperspectral imaging technology offer new possibilities for coral reef monitoring. The degradation of coral reefs, which serve as critical providers of ecosystem goods and services, has emerged as a pressing concern. By analysing spectral signatures captured by hyperspectral imaging, researchers can track changes in coral colouration, pinpoint stress indicators such as coral bleaching, and assess the impact of environmental stressors on reef ecosystems. This wealth of information empowers conservationists to formulate targeted strategies for reef restoration and protection, ensuring the enduring survival of these invaluable marine ecosystems for future generations. The road to a sustainable future relies on recognising that bold, interdependent actions are needed across several fronts. This mix of actions includes considerably stepping up efforts to conserve and restore biodiversity, addressing climate change in ways that limit global temperature rise without imposing unintended additional pressures on biodiversity and transforming how we use natural resources. Hyperspectral imaging offers a bird's-eye view of our conservation efforts. From the ocean's depths to the edges of our coastlines, from the lush rainforests to the arid deserts, hyperspectral imagery provides unparalleled insights into the intricate workings of Earth's ecosystems. At Pixxel, we're leading the way in using space technology to address climate change and promote sustainability. With hyperspectral imaging, we combine human actions with our ecosystems' health. Join us in making a difference, fostering transparency in how we care for the environment, and building a health monitor for the planet. --- ### Page: https://www.pixxel.space/knowledge-hub/how-hyperspectral-data-can-keep-tailing-storage-facilities-secure Title: How hyperspectral data can keep tailing storage facilities secure | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Discover the powerful role of hyperspectral data in ensuring the security and safety of tailing storage facilities. Read our informative blog post on Pixxel to understand how this cutting-edge technology is revolutionizing monitoring and risk mitigation strategies, helping prevent environmental hazards and safeguarding valuable resources. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/how-hyperspectral-data-can-keep-tailing-storage-facilities-secure ## Headings Structure: H1: How hyperspectral data can keep tailing storage facilities secure H3: What are tailings dams? H3: Current ways of monitoring tailings dams’ structural integrity H3: Why hyperspectral imaging can help keep tailings dams safe? H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: How hyperspectral data can keep tailing storage facilities secure H3: What are tailings dams? H3: Current ways of monitoring tailings dams’ structural integrity H3: Why hyperspectral imaging can help keep tailings dams safe? H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring 25th January 2019, 12:28 PM: Workers at the Córrego do Feijão iron ore mine outside Brumadinho in southwest Brazil were having their well-earned lunch break in the site’s cafeteria when Dam 1 ruptured. It released more than 12 million cubic metres of tailings (consisting of water, mud, chemicals, and metals) with such force that it swept away a railway bridge, nearly three kilometres away. Tragically, the outflow impacted the cafeteria, the mine’s administration offices, villager‘s houses, farm buildings, and the Paraopeba river, the region’s main source of water. By the end of the day, 270 people lost their lives, the surrounding area suffered an environmental disaster, and the owners experienced an economic crisis. And this is just one of the many catastrophic tailings dam failures. Tailings are the leftover materials from the mining process, consisting of a mix of finely ground solids like rocks, process effluents, sand, and silt that can also contain toxic or radioactive heavy metals such as arsenic, lead, cadmium, and mercury. Tailings dams are some of the largest engineered structures on earth, essentially, earth-filled embankment dams are built to store all the byproducts of mining operations in place. A study of the available tailings dam databases indicated that since 1915, 257 failures have resulted in 2,650 fatalities and the release of 250 million cubic metres of contaminated residues into the environment. Shockingly, nearly 50% of the released volumes were recorded after the year 2000. It isn’t hard to understand why there’s a need for the accurate, reliable, consistent, and affordable monitoring of tailing dams. However, that’s easier said than done. Unlike water retention dams, the height of a tailings dam typically increases throughout the lifespan of the respective mine. After a dam is created and filled to capacity with tailings and water, it is raised. The materials used to raise the dam can include the tailings itself, if suitable. This process repeats as needed. Many ground-based solutions exist to monitor tailings dams, including groundpenetrating radar (GPR) and seismic sensors, similar to those that detect earthquakes. GPR was used in the aftermath of the Brumadinho disaster to identify and locate buried bodies, structural buildings, and equipment. However, given the size of these structures, remote sensing technologies often prove to be much more cost and time-effective. A remote sensing technique often suggested is InSAR: a form of radar processing that can measure very precise ground movements. Although it can provide invaluable insights into the stability of tailings dam walls, it is a complicated technology that requires time and expert processing and analysis. Further, multispectral imaging data is limited to 10 spectral bands, making it difficult to accurately identify the target substances and materials using their spectral signatures. Here’s where hyperspectral imaging comes in. Pixxel’s hyperspectral sensors can capture images across 250+ bands with a spatial resolution of 5 meters and use these very narrow spectral bands to collect data. Since hyperspectral imaging produces an almost continuous spectral signature of the materials within the image, it makes for a great solution for monitoring tailings dams. Tailing ponds can also be a source of acid drainage (usually by microbial action on sulfide ores) that can result in their leaching into the surrounding environment. This implies a critical need for permanent monitoring and treatment of water passing through the tailings dam. Since water and acid have different pH values, this implies different spectral profiles. Hyperspectral imaging can monitor these and show variations with less time and effort. Soils and vegetation also have altered hyperspectral signatures when contaminated. Therefore, they can be compared to expected responses from known materials to identify leaching. Pixxel's hyperspectral sensors can provide critical insights into the chemical compositions of the slurry within these tailing dams. This technology is also capable to take prudent and timely decisions to save people, the environment, and businesses. To learn more about how Pixxel’s hyperspectral satellites can benefit your organization get in touch here. --- ### Page: https://www.pixxel.space/knowledge-hub/hyperspectral-advantage-biomass-monitoring Title: The Hyperspectral Advantage in Biomass Monitoring | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Explore how Pixxel's hyperspectral imagery and LiDAR are transforming forest biomass monitoring in Rocky Mountain National Park. Learn how this powerful combination enhances carbon stock estimation, biodiversity tracking, and carbon credit validation. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/hyperspectral-advantage-biomass-monitoring ## Headings Structure: H1: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Forestry H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Forestry ## Main Content: H1: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Forestry H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Forestry --- ### Page: https://www.pixxel.space/knowledge-hub/hyperspectral-imagery-in-focus-pixxels-favourite-imagery-so-far Title: Hyperspectral imagery in focus: Pixxel’s favourite imagery so far | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: In June 2021, Pixxel’s inaugural hyperspectral pathfinders embarked on a mission to capture images with a spectral resolution stretching over 150 bands. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/hyperspectral-imagery-in-focus-pixxels-favourite-imagery-so-far ## Headings Structure: H1: Hyperspectral imagery in focus: Pixxel’s favourite imagery so far H3: Navigating new insights with Pixxel’s hyperspectral imaging solutions H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Hyperspectral imagery in focus: Pixxel’s favourite imagery so far H3: Navigating new insights with Pixxel’s hyperspectral imaging solutions H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring In June 2021, Pixxel’s inaugural hyperspectral pathfinders embarked on a mission to capture images with a spectral resolution stretching over 150 bands. This dynamic mission has yielded a captivating collection of images that demonstrate the potential that hyperspectral technology holds. These captures are the result of in-depth engagements, discussions, and collaborations with our esteemed early adopters, research communities, and renowned educational institutions. The images span diverse locations and scenes, providing an initial indication of our potential across several industries, ranging from agricultural applications to mineralogy identification and more. From the vast agricultural fields of Australia to the intricate coastal systems of Senegal, each capture from the Pathfinder mission is a teaser for the full potential of this cutting-edge technology. Looking towards the future, the improved revisit time and spatial resolution expected from Pixxel’s planned hyperspectral satellite constellation holds the power to revolutionise agricultural, conservation, resource management, and urban planning practices. Through the new found accessibility of commercial hyperspectral data, organisations stand to benefit from sustainability, innovation and informed decision-making. As we eagerly await our prospective launches, we invite you to get in touch with our sales team to understand more about how your organisation can benefit from the applications of hyperspectral imaging and data-driven insights. --- ### Page: https://www.pixxel.space/knowledge-hub/hyperspectral-insights-mangrove-species-classification Title: Hyperspectral Insights into Mangrove Species Classification | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/hyperspectral-insights-mangrove-species-classification ## Headings Structure: H1: Hyperspectral Insights into Mangrove Species Classification H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry ## Main Content: H1: Hyperspectral Insights into Mangrove Species Classification H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry --- ### Page: https://www.pixxel.space/knowledge-hub/into-the-cosmic-sunset-shakuntalas-journey-back-home Title: Into the Cosmic Sunset: Shakuntala's Journey Back Home | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Shakuntala, Pixxel’s first pathfinder satellite that we saw launched in April 2022, has finally returned to Earth after completing its swansong journey in space. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/into-the-cosmic-sunset-shakuntalas-journey-back-home ## Headings Structure: H1: Into the Cosmic Sunset: Shakuntala's Journey Back Home H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Into the Cosmic Sunset: Shakuntala's Journey Back Home H4: A small glimpse of our journey here: H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Shakuntala, Pixxel’s first pathfinder satellite that we saw launched in April 2022, has finally returned to Earth after completing its swansong journey in space. As Shakuntala descends to altitudes beyond our ground stations' reach, preparing for its final voyage through the atmospheric flames, I am reminded of the incredible journey we embarked upon as a young, inexperienced team driven by passion and a vision to explore the unknown. It was February 2021, and we were all set to launch our first satellite, Anand, scheduled for the 28th of February. However, around the 10th of February, we discovered that one of our vendors had provided erroneous reports on the testing status of specific critical components. Consequently, we painfully decided to withdraw the satellite from the launch just two days before it was due to be shipped to the launch pad in Sriharikota, India, since it would take quite a few months to replace the components and get the satellite launch-ready again. In March, passionate discussions took place regarding the next course of action. We decided to divert funding from our flagship commercial satellite (which we have since affectionately named the “Dead Firefly,”) to build another pathfinder satellite instead. This decision aimed to reduce the risk of relying solely on Anand which might take longer than expected to launch again and because we didn’t want to keep all our eggs in one basket satellite. Thus, the idea of Shakuntala was born. In April 2021, we started on what was merely a concept, aiming for a launch in December of that same year. It was a tight turnaround time for an inexperienced team (given that we hadn’t launched a single satellite by then). There was a lot of uncertainty about whether it was the right choice at all. The journey from the drawing board to the launch pad was nothing short of a miracle, filled with relentless hard work, sleepless nights, and an unwavering belief in our mission. As they say, sometimes you have to make a choice and then make it right. While we had initially aimed for a December launch, inevitable delays pushed the date back. However, the satellite finally made its ascent in April 2022 with SpaceX, and what an unforgettable night that was for the entire team. Huddled together in a small office watching the Falcon 9 rocket take off at approximately 10 PM on 1st April, we all saw our collective dream escaping the clutches of earth’s gravity into an orbit’s embrace. In orbit, Shakuntala met and exceeded our expectations, performing almost flawlessly. It transformed from merely a satellite into a symbol of our capabilities, aspirations, and hopes. The mission was not without its challenges, however. A significant obstacle arose when the satellite's SD cards were corrupted by space radiation. This unforeseen setback rigorously tested our team's resilience and ingenuity. Despite this significant reduction in storage capacity, Shakuntala continued to excel, adeptly navigating the challenges. Its outstanding performance affirmed the robustness of our design and the quality of our work, a testament to our team's innovative solutions that kept it operational. At the time of its launch, Shakuntala was the world's highest resolution hyperspectral satellite—a feat we are all proud of at Pixxel. During its 619 days in orbit, it captured and transmitted some of the most stunning hyperspectral images ever seen. The data collected showcased our team's extraordinary capabilities and demonstrated the transformative potential of hyperspectral technology in Earth Observation. This technology is paving the way for us to see the unseen and to develop a comprehensive health monitor for Planet Earth, our cosmic home. In its last days before it burned up in the atmosphere, Shakuntala fought against physics itself to keep its camera and antennas pointed towards the Earth while still trying to take care of the responsibilities bestowed upon it dutifully. As Shakuntala now completes its descent, it's difficult not to feel a sense of loss. Yet, I am overwhelmed with pride and gratitude. This satellite did not just gather invaluable data and enhance our understanding of the planet; it also symbolised our team's spirit of innovation and perseverance. Although Shakuntala's journey has concluded, its story will always echo in the infinity of space, and its legacy will continue to inspire us at Pixxel to push the boundaries of spacecraft technology. Thank you, Shakuntala, for being more than a satellite—a dream that soared into reality for so many of us here at Pixxel and a beacon of hope and inspiration. "In the cosmos, a dream took flight, A beacon named Shakuntala, a wondrous sight. Born from minds young and bold, A tale of the stars, daringly told. Now descending in a fiery embrace, Shakuntala returns to its birthplace. Thank you, dear satellite, for your celestial song, In the annals of space, you'll forever belong.” --- ### Page: https://www.pixxel.space/knowledge-hub/introducing-aurora-pixxels-earth-observation-studio Title: Introducing Pixxel - Aurora: Earth Observation Studio | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Pixxel's revolutionary Earth observation studio, Aurora, is set to transform how we interact with Earth observation data. Tackling the challenges of traditional GIS software, Pixxel -Aurora offers an intuitive one-stop solution with a low technical entry barrier. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/introducing-aurora-pixxels-earth-observation-studio ## Headings Structure: H1: Introducing Pixxel - Aurora: Earth Observation Studio H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Introducing Pixxel - Aurora: Earth Observation Studio H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Pixxel - Aurora is set to transform the way we interact with satellite imagery. Tackling the challenges of traditional GIS software, Aurora by Pixxel offers an intuitive one-stop solution with a low technical entry barrier. ‍Handling vast data and configuring clunky GIS software can be cumbersome. Using traditional geospatial analytics platforms is laborious, expensive, time-consuming, often lacks user-friendliness, and requires extensive training for remote sensing scientists. Moreover, the solutions available across the value chain from ordering satellite images and image exploration to processing and generating insights are need to be more cohesive. Recognising these issues, Pixxel is set to reinvent the entire geospatial experience with the anticipated launch of Aurora by Pixxel in early 2024, providing early access to a limited set of customers in February. Going beyond the typical functions of an image processing platform, Aurora aims to stand out as an intuitive one-stop solution, offering a comprehensive developer’s toolkit that seamlessly simplifies a range of geospatial tasks. This transformative solution boasts a low technical barrier entry, a built-in marketplace, and the ability for users to create and customise their workflows. Aurora will be an end-to-end toolkit, offering users the freedom to extract tailored insights from various Earth observation datasets. What is Aurora by Pixxel? Aurora by Pixxel is a comprehensive platform for remote sensing and Earth observation. It goes beyond simply delivering satellite imagery to customers. Pixxel is committed to creating a cutting-edge platform that becomes the preferred choice for image analysis, replacing costly legacy software and offering unprecedented capabilities. Aurora by Pixxel is strategically designed to meet the diverse geospatial needs of businesses, private entities, and government sectors across industries such as agriculture, forestry, oil and gas, mining, environment, climate sciences, and urban monitoring. With a versatile focus, the platform caters to geospatial analysts and engineers, developers, data scientists, machine learning engineers, and non-technical business leaders. Aurora’s inclusive approach targets decision-makers, emphasising its value across various organisational users. Aurora's features are not just checkboxes; they are a manifestation of a commitment to delivering a seamless and comprehensive user experience. Seamless user experience and chat-based interface Aurora by Pixxel offers a one-stop solution, allowing users to seamlessly order and analyse imagery. Drawing Areas of Interest (AOI), selecting date ranges, and exploring satellite imagery from different sources become intuitive tasks, available on one user-friendly dashboard. Aurora will also feature an intuitive chat interface, allowing users to effortlessly convey their requirements for auto-generated results and redefine the way users interact with geospatial data. Intuitive analytics tools For a comprehensive analysis, users can apply preset or custom indices like NDVI, NDWI, and more, and utilise composite bands. The split compare feature enables dynamic comparisons of raster files from different dates, offering a nuanced view of changes over time. Additionally, Aurora provides spectral graphs, offering insights into pixel characteristics and temporal changes. Aurora's marketplace acts as a repository for deploying different models, with ready-to-deploy analysis initially focused on Sentinel data. As Pixxel expands, analysis will be readily available for hyperspectral and other datasets, with early adopters gaining limited early access to Pixxel’s hyperspectral data. The ready-to-deploy models available upon launch include: With simple drag-and-drop model building, users can directly access and run analyses. Workflows including various models are seamlessly integrated into the platform, providing a cohesive and adaptable environment for users. Collaboration and data sharing Organisational administrators can customise Aurora according to their unique requirements. This involves designating roles across users, preventing unauthorised access and limiting sensitive information exposure. It also streamlines collaboration with a structured hierarchy and task delegation. Affordable cloud-based platform Utilising cloud-native technologies, parallel processing, and asynchronous processing, Aurora by Pixxel efficiently handles task-heavy processing. This ensures a seamless user experience without compromising image quality. Aurora’s Mission: Immediate and future phases In the first phase, Aurora by Pixxel aspires to be a comprehensive ecosystem for users, providing a sandbox-like environment to seamlessly integrate preferred data and models. The goal is clear: make Earth observation analysis accessible and user-friendly. This translates into a streamlined user experience, enabled through a natural language-based chat interface, reducing dependency on specific customer interactions and ensuring easy access to satellite imagery and visualisation capabilities. What sets Aurora apart is its ambition to host a marketplace with an array of models, indices, image exploration tools, and automation capabilities using workflows that democratise geospatial analytics for users. The future phases are even more ambitious. Pixxel - Aurora will incorporate hyperspectral imagery from Pixxel’s demo satellites and the upcoming 5-metre Firefly imagery, offering users in-depth insights into their data. Furthermore, the plan is to expand data sources through partnerships, creating a planetary health monitor with complementary datasets. The future holds the promise of an interactive platform where users can receive instant insights without the need for manual model execution. Pixxel's commitment to continuous development, user experience, and democratising geospatial analytics is evident in every aspect of Aurora. As Pixxel continues pursuing innovation, the launch of Aurora stands as a testament to the team's dedication to providing cutting-edge solutions and shaping the future of geospatial analytics. Join our exclusive early access list now to be among the first to experience Aurora by Pixxel and unlock numerous advantages. --- ### Page: https://www.pixxel.space/knowledge-hub/monitoring-water-quality-with-pixxels-hyperspectral-imaging-satellites Title: Monitoring Water Quality with Pixxel’s Hyperspectral Imaging Satellites | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Water quality monitoring and hyperspectral imaging satellites play a vital role in safeguarding our surface waters. Water is essential for all living organisms, including humans and is an essential component across every industry, with uses spanning across different operational phases. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/monitoring-water-quality-with-pixxels-hyperspectral-imaging-satellites ## Headings Structure: H1: Monitoring Water Quality with Pixxel’s Hyperspectral Imaging Satellites H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Monitoring Water Quality with Pixxel’s Hyperspectral Imaging Satellites H4: What is hyperspectral imaging, and why is it important for water quality monitoring? H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Water quality monitoring and hyperspectral imaging satellites play a vital role in safeguarding our surface waters. Water is essential for all living organisms, including humans and is an essential component across every industry, with uses spanning across different operational phases. Yet, pollution and contamination persist despite additional regulations and efforts to protect our water bodies, threatening our ecosystems and public health. By harnessing the power of hyperspectral imaging, remote sensing can provide invaluable insights into water quality and pollution levels. In this scenario, Pixxel is leading the change with its hyperspectral imaging satellites. Hyperspectral imaging allows us to see our planet’s surface in a way we’ve never seen before. Unlike conventional methods that capture data in just a few bands, hyperspectral imaging sensors can split the electromagnetic spectrum into hundreds of narrow bands. This increase in data capture means they can extract information that was previously unavailable, giving us a new level of precision. In the field of water quality monitoring, this technology is revolutionary. It enables us to detect and predict low water quality conditions in surface waters, allowing for effective and timely warnings and mitigation measures. But hyperspectral imaging’s capabilities don’t stop there; it has a wide range of applications. Hyperspectral imaging satellites enable the detection of pollutants, emerging contaminants, and even debris in surface waters with unmatched accuracy. Furthermore, hyperspectral imagery enables us to detect and monitor harmful algal blooms down to the species level, which is essential for determining their threat levels to human health and the environment and taking action before they become a crisis. Furthermore, this novel remote sensing technology can track numerous parameters that serve as proxies for water quality conditions. These indicators include chlorophyll levels, watercolour, and oxygen levels. Pixxel’s hyperspectral imaging solutions offer a more efficient, accurate, and cost-effective way to monitor and manage water quality. It reduces our reliance on ground infrastructure and provides consistent and reliable data at remarkable accuracy. Our whitepaper on “The Hyperspectral Advantage in Water Quality Monitoring” dives deeper into Pixxel’s hyperspectral solutions, exploring their applications, benefits, and how it’s set to transform environmental monitoring practices. It elaborates on specific use case applications and gives insight into the significant wavelengths for detecting water quality parameters. Here's a glimpse of what our whitepaper covers: Read a detailed version of this blog as our downloadable whitepaper. At Pixxel, we are on a mission to create a health monitor for our planet with an upcoming constellation of high-resolution hyperspectral Earth observation satellites and cutting-edge analytical tools. These satellites, when operational, will provide global coverage every 24 hours with the promise to detect, monitor, and predict critical global phenomena across diverse sectors like agriculture, mining, environment, and energy. Get in touch with us to find out more about how hyperspectral imaging can benefit your organisation with robust and transparent datasets! --- ### Page: https://www.pixxel.space/knowledge-hub/quick-visualisation-indices-aurora-earth-observation-studio Title: Quick and Easy Visualisation of Indices through Aurora by Pixxel | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: After completing an extensive beta program with a targeted user cohort, we’re thrilled to announce the commercial launch of Aurora by Pixxel in Q3 of 2024. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/quick-visualisation-indices-aurora-earth-observation-studio ## Headings Structure: H1: Quick and Easy Visualisation of Indices through Aurora by Pixxel H3: Custom index creation H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Quick and Easy Visualisation of Indices through Aurora by Pixxel H4: Understanding and visualising satellite imagery with Aurora H4: Vegetation health and assessment H4: Water detection and monitoring H4: Urban area assessment H4: Snow detection H4: Fire damage assessment H3: Custom index creation H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Aurora by Pixxel, is an Earth observation studio set to simplify interactions with Earth observation data by introducing the ability to apply and download layers using established and new indices in a no-code environment. After completing an extensive beta program with a targeted user cohort, we’re thrilled to announce the commercial launch of Aurora by Pixxel in Q3 of 2024. Aurora offers an intuitive, all-in-one solution with a comprehensive developer’s toolkit to address the common challenges associated with traditional GIS platforms. The primary objective of Aurora is to streamline the access to and analysis of Earth observation data. Aurora by Pixxel achieves this through its integrated model marketplace and capability to create image-processing workflows in a no-code environment. Remote sensing satellites capture multiple layers in a single image, representing distinct spectral bands or wavelengths. These layers correspond to specific bands or wavelengths of electromagnetic radiation, such as visible light or near-infrared (NIR), collectively offering a comprehensive view of the observed scene. By analysing these layers, researchers can obtain valuable insights into material composition, vegetation health, pollution levels, and more. Pixxel - Aurora facilitates the exploration of these layers across different spectral bands, indices, and composite bands. This intuitive setup simplifies data visualisation, offering users quick insights and preliminary assessment of their Areas of Interest (AOIs). As we continue delving into Aurora’s distinctive capabilities, one focal point is the array of indices readily available on the platform upon launch. Each of these offers distinct insights across various applications spanning multiple industry sectors. Specifically, we cover the indices available by default in Aurora by Pixxel applicable to multispectral images from Sentinel-2. Additionally, forthcoming months will see the introduction of more ready-to-use indices for Pixxel’s hyperspectral images (namely, the anticipated Firefly constellation) and other sensors, such as Landsat 5, Landsat 8, Hyperion, Prisma, EnMap, Aster, and more. Vegetation health assessment is critical for understanding ecosystem dynamics, monitoring agricultural productivity, and assessing environmental changes. When applied over satellite imagery, vegetation indices provide valuable insights into vegetation health across diverse landscapes. Among the diverse indices assessing vegetation health, the Normalised Difference Vegetation Index (NDVI) is a foundational metric. NDVI compares the near-infrared (NIR) and red light reflectance, providing insights into terrestrial vegetation’s overall vitality and greenness. However, NDVI has its limitations, including saturation in certain phenological phases, susceptibility to soil effects, and vulnerability to atmospheric interference. Supplementary indices, like the Enhanced Vegetation Index 2-2 (EVI2-2) exist to address these limitations and offer a more comprehensive assessment of vegetation health. EVI2-2 incorporates additional spectral indices to offer a robust framework for comprehending vegetation cover across diverse landscapes. In addition to these indices, specialised metrics like the Visible Atmospherically Resistant Index (VARI) provide a straightforward approach to quantifying vegetation density and health using only the visible range of the spectrum. Other indices such as Rededge 2, Green Chlorophyll Index (GCI), Red Edge Chlorophyll Index (RECI), Chlorophyll Vegetation Index (CVI), Plant Senescence Reflectance Index (PSRI), Normalised Difference Red Edge (NDRE), Structure Intensive Pigment Index (SIPI), Triangular Vegetation Index (TVI), Modified Triangular Vegetation Index 2 (MTVI2), Soil Adjusted Vegetation Index (SAVI), Modified Soil Adjusted Vegetation Index (MSAVI), and Green Normalised Difference Vegetation Index (GNDVI) also feature on Aurora’s readily deployed indices, catering to specific applications and environmental conditions. Water monitoring is critical for monitoring hydrological cycles and detecting changes in environmental factors, the impact of natural calamities, contamination levels, and other quality indicators. Indices like the Normalised Difference Water Index (NDWI) and Normalised Difference Drought Index (NDDI) offer valuable insights into water distribution and drought severity, respectively. The Normalised Difference Moisture Index (MDMI) and Moisture Stress Index (MSI) complement these vegetation indices by detecting and measuring moisture levels in vegetation. Additionally, the Oil Spill Index (OSI) facilitates the identification and evaluation of oil spills or hydrocarbon pollution in aquatic environments. Assessing urban areas is essential for understanding urban growth patterns, land use changes, and the impact of urbanisation on the environment. The Normalised Difference Built-up Index (NDBI) provides a comprehensive method for assessing the extent and density of urban areas, leveraging data from the near-infrared (NIR) and shortwave infrared (SWIR) bands of the spectrum. Snow detection is crucial for monitoring snow cover extent, snowmelt, and its impact on water resources and ecosystems. The Normalised Difference Snow Index (NDSI) is a valuable tool for accurately detecting snow cover within a pixel, offering insights into snow mapping and monitoring applications across various regions and seasons. Assessing fire damage is essential for understanding wildfire severity, burned area mapping, and post-fire recovery monitoring. The Normalised Burn Ratio Index (NBRI) provides valuable insights into the extent and severity of fire damage by analysing the reflection of near-infrared (NIR) against the absorption of shortwave infrared (SWIR). Find the full list of available indices on Aurora by Pixxel with their respective formulae, unique features, and applications through our downloadable document. Besides the extensive list of readily deployable indices, Aurora by Pixxel also provides more experienced users with custom index creation capabilities. With Aurora, users have the freedom to design and save their own index formulae, tailored to their specific research needs or environmental conditions. Aurora offers a range of options for creating custom indices including normalised difference indices, band difference calculations, band ratios, and formulae using available spectral bands. This level of customisation empowers users to extract precise insights from satellite imagery, allowing for a deeper understanding of Earth's dynamics. Aurora by Pixxel promises to revolutionise the acquisition and analysis of Earth observation data through its comprehensive suite of pre-defined models and indices tailored to diverse industry needs. With its intuitive interface and powerful capabilities, Aurora extracts valuable insights from satellite imagery effortlessly. Learn more about Pixxel - Aurora by signing up and stay tuned for the commercial launch. --- ### Page: https://www.pixxel.space/knowledge-hub/revealing-natures-spectrum-applications-of-hyperspectral-imaging-in-protecting-biodiversity Title: Revealing Nature's Spectrum: Applications of Hyperspectral Imaging in Protecting Biodiversity | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: A shocking 2019 report assessing the state of global biodiversity highlighted the alarming reality that around a million species are threatened with extinction. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/revealing-natures-spectrum-applications-of-hyperspectral-imaging-in-protecting-biodiversity ## Headings Structure: H1: Revealing Nature's Spectrum: Applications of Hyperspectral Imaging in Protecting Biodiversity H3: Understanding Biodiversity H3: Unleashing the Power of Hyperspectral Imaging H3: Forest Health Monitoring H3: Preserving Wetlands H3: The Crucial Role in Biodiversity Net Gain Reports H3: A Call for Collaborative Action with Pixxel H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Revealing Nature's Spectrum: Applications of Hyperspectral Imaging in Protecting Biodiversity H3: Understanding Biodiversity H3: Unleashing the Power of Hyperspectral Imaging H3: Forest Health Monitoring H3: Preserving Wetlands H3: The Crucial Role in Biodiversity Net Gain Reports H3: A Call for Collaborative Action with Pixxel H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring A shocking 2019 report assessing the state of global biodiversity highlighted the alarming reality that around a million species are threatened with extinction. These findings, along with other studies, have pressured policymakers into action, implementing national plans aimed at safeguarding and revitalising ecosystems to support biodiversity. Such plans emphasise the integration of biodiversity monitoring across various sectors reliant on the environment. In this regard, space-based remote sensing technologies emerge as a valuable resource, specifically hyperspectral imaging that enables efficient monitoring of extensive regions and ensures transparency in environmental assessment and management. Plant biodiversity plays a crucial role in shaping the overall richness and complexity of an ecosystem, supporting the interconnectedness of different organisms and promoting ecosystem stability. To better understand and preserve biodiversity, mapping plant diversity is essential. Plant diversity mapping involves systematically collecting and analysing data regarding the distribution, abundance, and composition of plant species in various ecosystems. This valuable data can inform us about ecosystem health and resilience, help to identify areas of high conservation value and support conservation efforts. However, traditional methods of plant biodiversity mapping are labour-intensive and time-consuming, resulting in data gaps and biases. Enter a game-changing solution: hyperspectral imaging. Space-based hyperspectral imaging offers exciting possibilities for biodiversity monitoring and land cover analysis. Multispectral imaging produces reliable habitat maps, identifying broad land cover categories with remarkable accuracy. However, hyperspectral imaging steals the spotlight when distinguishing at the species level. Hyperspectral imaging allows us to delve deeper into the details of specific land covers. Through the analysis of spectral features of reflected and absorbed light in a target scene, hyperspectral data can determine vegetation species and soil types. Multiple studies have highlighted the superiority of hyperspectral imaging in extracting vegetation information and distinguishing plant species compared to multispectral imaging 1, 2. This is because hyperspectral imagery contains hundreds of spectral bands, while multispectral imagery contains dozens. The low spectral resolution is often not sufficient to accurately distinguish between vegetation species over the target area. Moreover, hyperspectral imagery provides valuable information on plant properties, including leaf pigment, water content, and chemical composition, offering vital indications on the health of the ecosystem 9. Through the remarkable integration of space-based hyperspectral imaging into conservation efforts, we unlock a powerful tool for understanding and protecting the intricate web of life, right from comprehending ecosystem services to monitoring forest health. Forests play a crucial role in maintaining biodiversity. The high spectral resolution of hyperspectral sensors allows for the analysis of tree characteristics, foliar chemistry, and other structural parameters. This enables the tracking of changes in biodiversity over time and identifying diversity hotspots across heterogeneous tropical forest ecosystems. In particular, tropical forests standout as the most diverse and ecologically complex ecosystems on Earth. Hyperspectral data analyses the spectral variability of forest canopies by identifying biochemical and biophysical parameters within the visible and infrared regions of the electromagnetic spectrum (except for a few found in the SWIR regions). Parameters including leaf area index, chlorophyll content, plant height, and biomass are vital for determining inter-species variations in leaf biochemical composition. Wetlands, such as mangroves and peatlands, are amongst the most productive ecosystems, providing a range of ecosystem services, including nutrient recycling. In particular, hyperspectral imaging is used to accurately measure carbon content by assessing spectral characteristics of ground conditions. These measurements can serve as a proxy for vegetative biomass and primary productivity, allowing for estimations of carbon sequestration modelling. These insights are crucial for preserving these vital ecosystems and the ecosystem services they provide. The demand for biodiversity net gain (BNG) reports, which evaluate habitat condition, fragmentation, and diversity, has grown significantly across public and private sectors. These reports play a pivotal role in an ongoing strategy to support land development practices, “making sure the habitat for wildlife is in a better state than it was before development”. The calculation of BNG involves comparing baseline conditions with post-development habitat data. In addressing these crucial needs, hyperspectral imaging provides essential insights into the status of the habitats before and after development. Beyond accurately classifying diverse habitats, hyperspectral data unveils critical information on the health of individual species' leaves, reveals the presence of invasive species, and assists in the calculation of biomass and carbon sequestration. With such comprehensive insights at their disposal, organisations can generate accurate BNG reports, make well-informed decisions, and take actions that foster biodiversity conservation. Monitoring and safeguarding biodiversity is a collective responsibility that spans various sectors reliant on the environment. From agriculture to government agencies responsible for biodiversity stewardship, numerous industries benefit from the insights provided by hyperspectral imaging. By revealing nature's hidden spectrum, this cutting-edge technology offers unprecedented opportunities for informed decision-making and effective conservation strategies. Pixxel catalyses change, paving the way towards a sustainable future through the power of space-based technologies. By harnessing the capabilities of hyperspectral imaging, we can harmonise human activities while keeping ecosystem preservation (and regeneration) in mind, actively contributing to a healthier planet. Let Pixxel be your guide in embracing the potential of hyperspectral imaging. Together, we can drive positive change and full transparency in environmental reporting, creating a world where human progress and environmental preservation coexist. --- ### Page: https://www.pixxel.space/knowledge-hub/six-months-in-orbit-firefly-status-check-1 Title: Six Months in Orbit: Firefly Status Check! | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: A detailed six-month check-in on Pixxel’s first three hyperspectral satellites, covering propulsion validation, constellation phasing, targeting accuracy, calibration, and sustained operational performance from orbit. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/six-months-in-orbit-firefly-status-check-1 ## Headings Structure: H1: Six Months in Orbit: Firefly Status Check! H2: Read more H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry H2: Read more H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry ## Main Content: H1: Six Months in Orbit: Firefly Status Check! H4: 🔥 Thrusters fired successfully H4: ✅ Constellation phasing complete H4: 🛠️ Calibration complete, commissioning closed H4: 🎯 Targeting accuracy on point H4: ⚡ Downlink performance: fast and steady H4: 🌍 3200+ orbits and counting H4: 📸 And a fresh view from orbit H2: Read more H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry H2: Read more H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H3: The Hyperspectral Advantage in Forestry In January 2025, Pixxel crossed a defining milestone: launching its first three Firefly satellites, designed, modelled, built, and operated entirely in-house. These 5-meter hyperspectral imaging satellites marked the company’s debut as a complete satellite manufacturer and operator commercially, and a major step toward building a global health monitor for the planet. From agriculture and forestry to energy, mining, and climate monitoring, the data they generate is helping industries make smarter, more sustainable decisions. Since then, the Fireflies have not only held steady in orbit but have performed across the board, executing manoeuvres, holding formation, and delivering high-resolution hyperspectral data from space. Here’s what they’ve accomplished so far. All satellites have completed multiple in-orbit hot fire tests 550 km above the Earth, validating propulsion system performance under spaceflight conditions. The tests confirmed ignition stability, chamber pressure profiles, and thermal behaviour, enabling confidence in executing future manoeuvres and orbital maintenance. This was a key milestone in demonstrating propulsion performance at scale across Pixxel’s commercial constellation, laying the groundwork for long-term station-keeping, phasing adjustments, and autonomous orbital control. After launch, each satellite executed a carefully planned sequence of insertion and phasing burns to achieve an orbital separation of ~120° ±15°. This angular spacing was crucial for improving global revisit, allowing the satellites to image different regions of the planet in a coordinated, rotating cycle. Establishing this formation early enabled more efficient tasking and set the foundation for a faster, more predictable cadence of data delivery. Post-launch, each satellite underwent a full commissioning sequence, covering platform checkout, systems validation, and payload calibration. Calibration was essential to ensure spectral accuracy, geolocation precision, and consistency across the constellation. And with this in place, the Fireflies officially transitioned from commissioning to full operational status, ready for continuous imaging and data delivery. The satellites are now consistently aligning with tasked coordinates, validating both geolocation accuracy and pointing performance. This level of precision is essential for repeat monitoring, change detection, and building trust in scientific and commercial use cases. This also enables the generation of multi-temporal imagery and high-fidelity spectral maps across diverse geographies. With high-throughput sessions across global passes, the constellation is achieving peak downlink speeds of more than 500 Mbps, enabling quick turnaround and timely delivery of hyperspectral imagery. So far, the Fireflies have downlinked over 80 TB of raw data from orbit and continue to transmit imagery regularly, reflecting consistent imaging activity and robust ground connectivity. Each Firefly has now completed over 3,200 orbits around Earth, experiencing corresponding sunlit and eclipse cycles. This endurance reflects not just orbital stability, but also system durability under fluctuating thermal and radiation conditions. It stands as a meaningful marker of time in orbit and continued mission success. Here’s a new hyperspectral FCC image of Coolidge, Arizona, USA captured by one of the Fireflies. With 5-meter spatial resolution and over 135+ spectral bands, it reveals features far beyond what the human eye can detect, from urban development patterns to agricultural activity. It’s a glimpse of the kind of the insight Pixxel’s satellites are now consistently delivering from space. With propulsion, phasing, calibration, and imaging all active and operational, the first three Fireflies have shown what’s possible when end-to-end satellite capability meets mission-ready performance. With the next launch just around the corner, we’re set to expand our constellation, increase revisit frequency, and deliver even more granular hyperspectral intelligence to our customers around the world. We’re just getting started; Stay tuned! --- ### Page: https://www.pixxel.space/knowledge-hub/space-tech-for-natural-disaster-response Title: Space tech for Natural Disaster response | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Explore how the application of space technology can revolutionize natural disaster response efforts. Discover how Pixxel's innovative solutions and satellite imagery are empowering emergency management teams to mitigate risks, enhance situational awareness, and save lives. Stay updated with the latest advancements in space tech for disaster management on Pixxel's blog. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/space-tech-for-natural-disaster-response ## Headings Structure: H1: Space tech for Natural Disaster response H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Space tech for Natural Disaster response H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring In 2020, the United States of America witnessed two times more wildfires than 2019. The Center for Disaster Philanthropy pegged this number at 52,113 wildfires, leading to a whopping 8.8 million burnt acres of land. For comparison, that’s the size of 6.6 million football fields or 81.5 million basketball courts. Each year, wildfires take away shelter, food, employment, education, and human life from populations worldwide. The most vulnerable communities are often hit hard, time and time again. ‍Experts believe that 2021 will be even worse. Extended conditions of drought, overexploitation of forests, and commercial land-use conversion have led to a considerable increase in wildfire size, frequency and associated environmental impacts. The effects of this have been seen first-hand over the past few years and are only expected to continue. While those directly involved in environmental protection are working tirelessly to address wildfires, it is time for other industries to support this effort. A seemingly unlikely but potent weapon in our fight against wildfires is space technology. ‍ The spotlight within space technology has typically been focused on space tourism, off-world colonies, and commercial space stations. What isn’t focused on enough is the immense potential that space technology has in making the world a better place. Satellite imagery and weather data coming down from space have provided us with information that we otherwise would have no way of obtaining and at truly global scales. ‍Ever since the 1970s, earth observation satellites have provided data on the causes of and destruction caused by wildfires. Apart from validating ground reports written by various fire agencies, satellite imagery has helped us see things that were missed by these reports, the likely causes, and what patterns the fires have conformed to, if any. ‍The first step to solving the menace of forest fires is knowing where and when they are occurring and what causes them. The second step is to predict where future forest fires will arise and how they will spread once they have emerged. The third would be to use this information to help tackle the fires faster and more efficiently. Satellite data is an invaluable tool in all of these steps. ‍ By offering detailed insights into the dynamics of our forest ecosystems, advances in remote sensing technology have enabled us to transcend human limits of monitoring forest fires in a cost-effective and timely manner. As a result of these satellites, our ability to identify, monitor, assess, and predict fires on a global, regional, and local scale has taken on a new dimension. In the beginning, essential optical imaging from space enabled us to see and measure the devastation caused by the fires. It has also provided us with a definite set of historical reports to compare against. But with the additions of weather, radar and infrared imaging satellites in the last few decades, we can now identify potential areas of danger, map patterns of spread and even monitor indicators that can help us stop these fires at the source. Land cover can be mapped, burnt areas can be identified, and vegetation regrowth can be monitored using optical sensors. Thermal sensors detect hotspots in fires by measuring heat signatures over large swaths of forest land. Hyperspectral satellites can indicate the lack of moisture in certain areas, implying a higher probability of fires in those areas. Various agencies on the ground can use this data better to deploy resources in our fight against these fires. ‍This capacity to quickly identify wildfires and their movement, predict their origins, and provide invaluable data to the firefighters on the ground through satellites that are hundreds of miles above us, is a global success story that saves property and more crucially, lives. ‍ Given the immense importance and impact of space data on the future health of our planet, we must do all we can to make it broadly available. Most space technology access is limited to government customers who can afford expensive space data and have the resources and engineers to analyse it. Others are limited in their lack of tools, expertise, and funding to buy and analyse this data. ‍ The proliferation of companies sending satellites to space and companies analysing the avalanche of data beaming down from space is a welcome change but isn’t enough. There needs to be a concerted effort from the government to assimilate this data and equip our agencies and first responders in this fight against wildfires. The health of our planet affects all its people - we need to start treating it as such. And fast. --- ### Page: https://www.pixxel.space/knowledge-hub/spectra-of-rising-greenhouse-gas-emissions-unveiling-solutions-with-hyperspectral-imaging Title: Spectra of Rising Greenhouse Gas Emissions: Unveiling Solutions with Hyperspectral Imaging | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Explore how hyperspectral imaging technology is revealing innovative solutions to tackle the escalating issue of greenhouse gas emissions. Discover the potential of this advanced technique in understanding and mitigating environmental challenges. Read more at Pixxel.Space. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/spectra-of-rising-greenhouse-gas-emissions-unveiling-solutions-with-hyperspectral-imaging ## Headings Structure: H1: Spectra of Rising Greenhouse Gas Emissions: Unveiling Solutions with Hyperspectral Imaging H3: Monitoring Greenhouse Gases: Pixxel’s Mission H3: Hyperspectral Imaging: Emissions Monitoring with Unmatched Precision H3: Revealing Methane Bombs and Leaks through Hyperspectral Imaging H3: Pixxel's Hyperspectral Satellites for Net-Zero Emission Solutions H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: Spectra of Rising Greenhouse Gas Emissions: Unveiling Solutions with Hyperspectral Imaging H3: Monitoring Greenhouse Gases: Pixxel’s Mission H3: Hyperspectral Imaging: Emissions Monitoring with Unmatched Precision H3: Revealing Methane Bombs and Leaks through Hyperspectral Imaging H3: Pixxel's Hyperspectral Satellites for Net-Zero Emission Solutions H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring As we quickly approach the future of urban and environmental monitoring, hyperspectral imaging technology offers precise insights into the composition and distribution of gases in the Earth's atmosphere. At Pixxel, we plan to achieve this feat through a constellation of hyperspectral imaging satellites and a vision to create a planet-wide health monitor. Greenhouse gases (GHGs), including carbon dioxide (CO2), methane (CH4), and nitrous oxide (N2O), contribute to atmospheric heat-trapping, enhancing the greenhouse effect and global warming. Over the past century, GHG emissions have surged by a staggering 436%, presenting significant environmental and socioeconomic risks. In response to this pressing challenge, industries are under pressure to implement robust emissions monitoring and reduction efforts. To ensure compliance with internationally spanning protocols, companies are now obligated to record and report their emissions. Programs like the Greenhouse Gas Reporting Program (GHGRP) in the United States and the Corporate Sustainability Reporting Directive (CSRD) in the European Union oblige large companies to regularly disclose information about their activities and their environmental impact. Similarly, international standards established by organisations such as the International Organization for Standardization (ISO) provide guidelines for the coherent quantification, monitoring, and reporting of GHG emissions and their reduction. These programs are not merely formalities but serve as supporting tools for achieving ambitious goals, like Net-Zero emissions. Major players in various industries, including Microsoft, Vodafone, and Sasol, have taken pledges to reduce emissions across all operational phases (i.e., scope 1, 2, and 3 emissions) and reach net-zero targets. In addition, industries like oil and gas are investing in monitoring technologies and data analysis to ensure environmental compliance, particularly along their infrastructure’s right of way. Such environmental monitoring initiatives include assessing air quality, vegetation health, and the detection of leaks and fugitive emissions along pipeline corridors. Remote sensing serves as a valuable tool towards achieving these targets due to their ability to promptly cover vast areas. In particular, the development of hyperspectral imaging technology is promising within the field of emissions monitoring. Satellite-based sensors have revolutionised GHG monitoring by providing valuable data on their concentration, spatial distribution, and temporal variation at both local and global scales. This is made possible through the unique absorption properties of GHGs in the infrared part of the electromagnetic spectrum, which causes the warming effect. However, the presence of atmospheric aerosols can pose challenges by introducing spectral interference due to their scattering and absorption of solar radiation. The superiority of hyperspectral imaging over multispectral imaging lies in the specificity of its wavelength bands, resulting in enhanced spectral sensitivity. This sensitivity allows hyperspectral sensors to detect emissions at lower concentrations and allow for the differentiation of atmospheric aerosols. With these strengths, hyperspectral imaging is well-suited for pinpointing emission sources and identifying gas releases, even at relatively low levels. Notably, this technology plays a crucial role in detecting methane, a potent GHG crucial for global heating. Besides the listed compounds, hyperspectral imaging is also capable of detecting hydrofluorocarbons (HFCs), sulfur hexafluoride (SF6), and nitrogen trifluoride (NF3). Methane bombs are gas fields where leakage alone from the full exploitation of resources poses a significant threat to the climate. The Guardian has exposed approximately 55 methane bombs worldwide, representing fossil fuel extraction sites where future gas leaks could release methane equivalent to 30 years’ worth of all US GHG emissions. Methane, a potent GHG, accounts for a staggering 25% of global heating, making them the biggest threat to achieving the ambitious 1.5 oC target outlined in the Paris Agreement. While addressing methane emissions has gained political support and led to a global methane pledge as part of the UN’s Cop26 initiative, it’s disheartening that some key countries have not yet committed. Nevertheless, the growing role of satellite-based detection methods, particularly hyperspectral imaging, combined with increasing political momentum, provides hope for effectively tackling this issue. Hyperspectral sensors, equipped on Earth observation satellites, can detect and quantify methane concentrations in the atmosphere. This technology enables the identification of methane hotspots and near-real-time monitoring of emission levels. Thanks to its capability to resolve fine methane absorption features in the shortwave infrared (SWIR) region, hyperspectral satellite imagery offers a detection limit ranging from approximately 100 to 500 kg per hour. In contrast, due to the limited sensitivity of their coarse SWIR bands, multispectral sensors exhibit higher expected detection thresholds, ranging between 1800 to 2000 kg per hour, even under favourable conditions. Hyperspectral imaging, with its finer spectral resolution, outshines multispectral sensors in terms of precision and accuracy. Efficient and timely detection of methane leaks using hyperspectral imaging equips us to take swift action in addressing emission sources. By identifying super-emitter sites and monitoring their activities, targeted measures can be implemented to reduce methane releases. Additionally, near-real-time monitoring facilitates the evaluation of emission reduction efforts and supports decision-making processes concerning climate policies and regulations. Along with its effectiveness in detecting methane emissions, hyperspectral imaging also plays a crucial role in monitoring other GHG emissions, enabling early detection of leaks and high-emission sources. By swiftly identifying and quantifying these emissions, hyperspectral imaging empowers proactive measures to mitigate the environmental impact of GHGs. The deployment of Pixxel’s hyperspectral satellites represents a groundbreaking solution for effective space-based GHG emissions monitoring, empowering industries to implement mitigation strategies against climate change. The technical capabilities of the sensors provide a foundation to develop tailored solutions across a wide range of use cases, from monitoring power plant emissions to detecting fugitive emissions along pipelines. Pixxel’s hyperspectral satellite constellation plays a vital role in closing the gap in technologies necessary to achieve net-zero emissions and offers diverse applications across several industry vertices, such as agriculture and mining as well. Get in touch with our sales team to find out how your organisation can benefit from hyperspectral imaging. --- ### Page: https://www.pixxel.space/knowledge-hub/the-applications-of-hyperspectral-imagery-in-vegetation-stress Title: The Applications of Hyperspectral Imagery in Detecting Vegetation Stress | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Discover the diverse applications of hyperspectral imagery in analysing and mitigating vegetation stress. Read Pixxel's insightful blog post to understand how this advanced technology is revolutionizing environmental monitoring and resource management. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/the-applications-of-hyperspectral-imagery-in-vegetation-stress ## Headings Structure: H1: The Applications of Hyperspectral Imagery in Detecting Vegetation Stress H3: Ground zero: What causes vegetation stress? H3: Hyperspectral Imaging: The way forward H2: Applications of Hyperspectral Imaging across Agriculture H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: The Applications of Hyperspectral Imagery in Detecting Vegetation Stress H3: Ground zero: What causes vegetation stress? H3: Hyperspectral Imaging: The way forward H2: Applications of Hyperspectral Imaging across Agriculture H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Hyperspectral imagery is revolutionising the way Earth observation data is utilised in the agricultural sector. For years, remote sensing has played a crucial role in monitoring vegetation and supporting agricultural practices. However, traditional methods using multispectral imaging sensors are limited in their capacity to provide a comprehensive understanding of the agricultural landscape. Enter Pixxel’s hyperspectral imaging satellites, a technology capable of capturing imagery in up to 250 spectral bands and an anticipated spatial resolution of 5 metres. This cutting-edge technology holds the potential to bring about a remarkable transformation in the monitoring, mitigation, and prevention of vegetation stress within the agriculture sector. From the classification of specific crops and their varieties to tracking health parameters, the possibilities are endless with hyperspectral imagery. Vegetation stress occurs when any unfavourable condition or substance affects or blocks a plant's metabolism, growth, or development. Plant and vegetation stress varies in severity and duration and can be induced by various natural and anthropogenic factors. Broadly, it can be classified into four groups: Several studies have shown the impacts of vegetation stress, including changes in growth rates, crop yields, water absorption patterns, pH levels, and nutrition deficiencies. This means that early detection and diagnosis are fundamental for preventing and remedying stress-induced consequences. This is where hyperspectral imaging satellites can be leveraged to its full potential. All objects or elements emit unique spectral signatures. Hyperspectral imaging sensors, equipped on satellites or other aerial platforms, use this spectral signature to identify these objects and, eventually, monitor changes in state or extent. Hyperspectral imaging records a continuous spectral value for every pixel instead rather than assigning discrete values, as is the case for multispectral imaging. Each crop also has a known spectral value at every stage of development. Any variation from this value can be an early indicator of disease or stress long before any visible symptoms occur. Hyperspectral imaging sensors can capture minor deviations in these spectral signatures and any anomalies. What sets hyperspectral imaging apart is its unique capability to capture several chemical and biological traits within individual plant species by analysing their reflective properties across a range of narrow spectral bands. Besides the early detection of relevant factors and treatments, this technique can also be applied to understand the impact of an environment or locality on large-scale agriculture and inform future sowing strategies. The data can then be used to inform frequent interventions and enable a more sustainable decision-making process. Hyperspectral imaging is well-equipped to identify, treat, and prevent vegetation stress in a timely and effective manner. One particular application is the detection of senescence - a process where plant cells stop dividing and start breaking down, leading to ageing and eventual death. Hyperspectral imaging satellites can also be used to identify the effects of abiotic stressors such as adverse wind, temperature, and water availability. While these factors are unavoidable, resulting from locality, environment, or climate change, the timely diagnosis allows for early intervention and therefore, mitigation of stress on the plant. Chemical stress occurs due to toxic substances or a deficiency of nutrients. As each element has a spectral signature, this can be used to recognise, identify, and locate the source of harmful chemicals using hyperspectral imaging sensors. Instances already exist where hyperspectral imagery was used to identify the presence of heavy metals and oil and gas leaks. Similarly, any physical stress brought on by phenomena including drought or water-logging can be identified and dealt with efficiently and cost-effectively using hyperspectral imaging. A new norm for agricultural purposes is emerging with the advent of hyperspectral imaging technology, as exemplified by Pixxel's advanced sensors and upcoming satellite constellation. Overcoming initial barriers, hyperspectral imaging is gaining traction in agricultural applications and is poised to revolutionise the industry. With Pixxel's cutting-edge technology, adopting hyperspectral imagery is becoming increasingly feasible, unlocking new possibilities and insights for the agricultural sector. Experience the power of hyperspectral imaging in agriculture with Pixxel's state-of-the-art sensors. Get in touch with our team for more information about our diverse use cases and applications. ‍(Content revised on 7th March 2024) --- ### Page: https://www.pixxel.space/knowledge-hub/the-future-of-satellite-miniaturisation-in-manufacturing Title: The Future of Satellite Miniaturisation in Manufacturing | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Sputnik 1, launched in 1957, marked the beginning of the space age as the first artificial satellite. It was a simple metal sphere housing a basic radio transmitter, measuring 58 centimetres in diameter and weighing 83 kilograms. By today's standards, it would be considered a small satellite. However, that was not by design but necessity—it reflected the nascent stage of technology at the time. Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/the-future-of-satellite-miniaturisation-in-manufacturing ## Headings Structure: H1: The Future of Satellite Miniaturisation in Manufacturing H2: The Numbers Tell the Story H2: Catalysts Propelling the Growth of Small Satellites H2: Miniaturised Sensors Revolutionising Earth Observation H2: Onward and Upward: Exploring Future Frontiers H2: Pixxel's Small Satellites: Paving the Way for a Sustainable Future H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: The Future of Satellite Miniaturisation in Manufacturing H2: The Numbers Tell the Story H2: Catalysts Propelling the Growth of Small Satellites H2: Miniaturised Sensors Revolutionising Earth Observation H2: Onward and Upward: Exploring Future Frontiers H2: Pixxel's Small Satellites: Paving the Way for a Sustainable Future H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring Sputnik 1, launched in 1957, marked the beginning of the space age as the first artificial satellite. It was a simple metal sphere housing a basic radio transmitter, measuring 58 centimetres in diameter and weighing 83 kilograms. By today's standards, it would be considered a small satellite. However, that was not by design but necessity—it reflected the nascent stage of technology at the time. Over the next four decades, satellites evolved significantly, increasing in size, complexity, and cost. These larger satellites were crucial for advancements in communication, weather forecasting, and scientific research, but their high costs restricted access to well-funded governments and large corporations. These large satellites came with substantial challenges and restrictions. They entailed high manufacturing and launch costs, driven by their higher payload capacities and longer operational lifespans. Additionally, their complexity often resulted in longer development timelines and limited deployment opportunities, requiring more extensive and intricate launch vehicles. However, since the turn of the millennium, a remarkable transformation has occurred thanks to a new class of small satellites reshaping the space industry. These satellites, notably smaller in size and mass and built at a fraction of the cost of their predecessors, have significantly lowered the barrier to entry into space. They have allowed previously non-spacefaring nations to participate in the Space 2.0 adventure and a broader range of organisations, including innovative companies, startups, and educational institutions. 2022 saw the launch of a staggering 2,402 small satellites. These launches constituted 96% of all spacecraft launches for the year and 34% of all small satellites launched over the past decade. Euroconsult forecasts the launch of approximately 26,104 smallsats weighing under 500 kg between 2023 and 2032, averaging 1.5 tons of daily launch mass over the decade. Additionally, they anticipate the smallsat industry to soar to a market value of approximately $110.5 billion in the next decade, driven by global constellation replenishments and increasing demand for complex single satellite missions, particularly from government entities. This surge in small satellite deployment signifies a pivotal shift in the space sector, fostering a wave of creativity and innovation. New space companies harness these smaller, more affordable satellites to pioneer diverse space applications, including Earth observation, telecommunications, scientific research, and technology demonstrations. Several factors have propelled the surge in the miniaturised satellite market. Automation has decreased launch costs, and technological innovation has driven the demand for compact satellites. Breakthroughs in electronics, materials science, and propulsion systems have empowered engineers to fit more functionality into smaller packages. This has resulted in a monumental leap in spacecraft design without compromising performance. The rising demand for data and continuity has sparked a resurgence of interest and innovation in satellite constellation design, spurred by advances in satellite miniaturisation. These smaller, cost-effective satellites enable the deployment of extensive constellations composed of numerous interconnected units. This strategy provides enhanced coverage, redundancy, and flexibility compared to traditional larger satellites. The presence of multiple satellites in a constellation ensures data continuity, maintaining service even if individual satellites fail. Agility and accessibility are fundamental to satellite miniaturisation. Since smaller satellites offer quicker deployment, iteration, and technology demonstration, they are ideal for rapid scientific research and commercial ventures. Their compact, modular nature allows for a swift response to changing requirements in the dynamic space industry. Cost efficiency is a crucial aspect of small satellites. They utilise reusable, economical components and require less fuel for launch, facilitating mass production with standardised parts. Advancements in processing power, data storage, camera technology, solar array efficiency, and propulsion systems have further reduced production costs and democratised access to space. Ride-sharing launch programs have expanded access to space research and reduced launch costs by accommodating miniaturised satellites alongside other payloads. This co-sharing of space allows for more efficient use of launches and decreases the time needed for deployment. For example, in January 2021, SpaceX launched a Falcon 9 rocket from Cape Canaveral carrying 143 small satellites. It broke the previous record set by the Indian Space Research Organisation (ISRO) in 2017 when it deployed 104 satellites on a single rocket. Additionally, SpaceX’s reusable rocket technology has further democratised access to space, enabling higher usage of small satellites worldwide. Simultaneously, the cost of heavy launches to low-Earth orbit (LEO) has drastically come down – from $65,000 per kg to just $1,500 per kg, according to an estimate from McKinsey. This marks a remarkable reduction of over 95%, further providing a fillip to the small satellite industry. The International Space Station (ISS) has been instrumental in advancing the small satellite revolution. Serving as both a deployment platform and a research facility, the ISS facilitated the launch of the first batch of small satellites from Planet, an event widely regarded as the unofficial start of the small satellite era. This dual role has significantly contributed to scientific experimentation and the broader adoption of small satellites in space exploration. The proliferation of small satellites has also sparked a wave of advancements in sensor technologies. Integrating these innovative sensors into small satellite platforms has unlocked an unprecedented Earth Observation data treasure trove and driven progress across various sectors. The rise of artificial intelligence, particularly machine learning and deep learning, has enabled organisations to harness this wealth of high-quality Earth observation data. This accessibility has powered diverse commercial applications, including monitoring food supply chains, tracking greenhouse gas emissions, and managing energy resources. For instance, Pixxel is pivotal in democratising access to hyperspectral imagery by developing sensors tailored for small satellites. Pixxel was established to improve Earth observation data, targeting issues like gas leaks and oil spills with space-based hyperspectral imaging sensors. Pixxel embarked on a design process focusing on developing hyperspectral cameras tailored for space missions. This involved breaking down the camera into optics, sensors, and electronics. While the electronics were relatively straightforward, creating novel solutions for optics and sensors was crucial to ensure optimal performance in the space environment. Pixxel’s compact and powerful sensors promise to transform high-resolution data accessibility, enabling industries and researchers to leverage hyperspectral imagery for diverse applications, including agriculture, environmental monitoring, urban planning, and disaster management. The increasing demand for satellite-based services is propelling the rapid expansion of the commercial space industry. Small satellite manufacturers can spur growth and diversification by exploring niche markets and innovative applications. Small satellites offer the advantage of being customisable to meet specific mission needs, enhancing flexibility and the ability to develop tailored solutions for Earth observation, telecommunications, scientific research, or technology demonstrations. The small satellite industry also promotes collaboration among manufacturers, startups, academia, and government agencies. By pooling expertise, resources, and infrastructure, these partnerships accelerate innovation, enhance knowledge sharing, and tackle shared issues. However, the industry faces many challenges, such as limited market access, dominance by established players, profitability issues, and constellation management complexities. Moreover, the life span of small satellites is relatively short, leading to high disposal costs, limited data resolution, and performance. Despite these obstacles, the sector is poised for growth, as the potential benefits significantly outweigh the difficulties. Initiatives such as open-source hardware and software platforms, technology incubators, and collaborative research programs will be crucial for nurturing the industry's growth and maturation. Satellite miniaturisation paves the way for innovation, affordability, and accessibility in space technology. By overcoming manufacturing challenges and capitalising on the opportunities offered by miniaturised satellites, we are entering a new era of discovery and connectivity. In the New Space race, small satellites are set to play a pivotal role in shaping Space 2.0. Pixxel's hyperspectral imaging satellites mark a significant milestone in Earth observation. Our upcoming constellation of small satellites with advanced hyperspectral sensors will provide unprecedented insights into the vital statistics needed for monitoring our planet. This technology has the potential to revolutionise industries such as agriculture, water resources management, environmental monitoring, urban development, energy, and mining, offering essential insights for informed decision-making. Join us in this transformative journey in satellite innovation. Discover how Pixxel's hyperspectral imaging can empower your organisation. Contact our sales team to learn how Pixxel's technology can benefit your operations and contribute to a healthier planet. Together, let's advance the future of satellite technology and strive for a world where the health of the Earth is continuously monitored and safeguarded from above. --- ### Page: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-agriculture Title: The Hyperspectral Advantage in Agriculture | Central Valley, U.S.A. | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Crop Classification and Health Monitoring in the Central Valley Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-agriculture ## Headings Structure: H1: The Hyperspectral Advantage in Agriculture | Central Valley, U.S.A. H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: The Hyperspectral Advantage in Agriculture | Central Valley, U.S.A. H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring --- ### Page: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-energy Title: The Hyperspectral Advantage in Energy | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Unlocking Solutions in the Energy Sector with Hyperspectral Imagery Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-energy ## Headings Structure: H1: The Hyperspectral Advantage in Energy H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: The Hyperspectral Advantage in Energy H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring --- ### Page: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-forestry Title: The Hyperspectral Advantage in Forestry | Rocky Mountain National Park, U.S.A. | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Analysing Forestry Health in Rocky Mountain National Park Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-forestry ## Headings Structure: H1: The Hyperspectral Advantage in Forestry | Rocky Mountain National Park, U.S.A. H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: The Hyperspectral Advantage in Forestry | Rocky Mountain National Park, U.S.A. H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring --- ### Page: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-mining Title: The Hyperspectral Advantage in Mining | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Applying Hyperspectral Imagery Across the Mining Lifecycle Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-mining ## Headings Structure: H1: The Hyperspectral Advantage in Mining H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: The Hyperspectral Advantage in Mining H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring --- ### Page: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-water-quality Title: The Hyperspectral Advantage in Water Quality | Utah Lake, U.S.A. | PixxelX iconYouTube iconInstagram iconX iconYouTube iconInstagram icon Meta Description: Analysing Water Quality in Utah Lake using Hyperspectral Imaging Satellites Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/the-hyperspectral-advantage-in-water-quality ## Headings Structure: H1: The Hyperspectral Advantage in Water Quality | Utah Lake, U.S.A. H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring ## Main Content: H1: The Hyperspectral Advantage in Water Quality | Utah Lake, U.S.A. H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring H2: Read more H3: Six Months in Orbit: Firefly Status Check! H3: Hyperspectral Insights into Mangrove Species Classification H3: The Hyperspectral Advantage in Biomass Monitoring --- ### Page: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-agriculture Title: Pixxel Agriculture Whitepaper.pdf - Google Drive Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-agriculture ## Headings Structure: No headings found ## Main Content: No content extracted --- ### Page: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-energy Title: Pixxel-Energy Whitepaper.pdf - Google Drive Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-energy ## Headings Structure: No headings found ## Main Content: No content extracted --- ### Page: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-forestry Title: Pixxel-Forestry Whitepaper.pdf - Google Drive Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-forestry ## Headings Structure: No headings found ## Main Content: No content extracted --- ### Page: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-mining Title: Pixxel-Mining-Whitepaper.pdf - Google Drive Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-mining ## Headings Structure: No headings found ## Main Content: No content extracted --- ### Page: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-water-quality-monitoring Title: Pixxel-Water Quality Whitepaper.pdf - Google Drive Language: en Canonical URL: https://www.pixxel.space/knowledge-hub/whitepaper-the-hyperspectral-advantage-in-water-quality-monitoring ## Headings Structure: No headings found ## Main Content: No content extracted --- ### Page: https://www.pixxel.space/academy/learning-category/introduction-to-hyperspectral-imaging Title: Introduction to Hyperspectral
ImagingX iconYouTube iconInstagram icon Meta Description: General overview about Hyperspectral Imaging Language: en Canonical URL: https://www.pixxel.space/academy/learning-category/introduction-to-hyperspectral-imaging ## Headings Structure: H1: Introduction to Hyperspectral
Imaging ## Main Content: H1: Introduction to Hyperspectral
Imaging --- ### Page: https://www.pixxel.space/academy/learning-category/spectral-analysis-techniques Title: Spectral Analysis TechniquesX iconYouTube iconInstagram icon Meta Description: Learn spectral signatures and libraries Language: en Canonical URL: https://www.pixxel.space/academy/learning-category/spectral-analysis-techniques ## Headings Structure: H1: Spectral Analysis Techniques ## Main Content: H1: Spectral Analysis Techniques ---