AGRICULTURE
Optimise Crop Health with
Hyperspectral Insights from Pixxel’s Satellites
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.
.png)
Addressing Agricultural Sector's Toughest Challenges
Outdated practices and sub-standard data continue to impact agriculture's efficiency, sustainability, and adaptability, highlighting the need for smarter, connected solutions.
Resource Waste and Soil Degradation
Lack of crop data and intensive farming practices deplete soil health, waste energy, land, and water resources, and decrease productivity.
Environmental Damage and Climate Risks
Limited technology and data access impede sustainable practices and climate-resilient strategies, harming ecosystems.
Disease and Pest
Threats
Insufficient data on crop diseases and pest infestation delays intervention efforts, endangering yields and food security.
Unmonitored Farming Practices
Poor oversight leads to deceptive practices and below-average yields, compromising transparency and accountability.
Discover The
Hyperspectral Advantage
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.
24-hour revisit frequency
5-metre spatial resolution
250+ VNIR and SWIR bands
40-kilometre SWATH width
.png)
.png)
Precision Agriculture in Action
Hyperspectral Applications
For Smarter Farming
Localised Problem Detection and Data-Driven Farming
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.
.jpg)
Streamlined Crop and Soil Health Monitoring
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.
Early Disease Estimation and Mitigation
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.
Advanced Precision Agriculture Techniques
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.
.jpg)
Real World Impact
Hyperspectral Insights from Central Valley, CA
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.
.jpg)
Knowledge Hub
Discover how Pixxel’s data supports smarter, more sustainable farming decisions.
.png)
