Field-level insights for precision farming
Get early, accurate information about crop health and chemistry that helps you maximize yield with minimum input.
Measure nutrient levels with precision
Detect, map, and monitor N, P, and K nutrient nutrient levels across fields to optimize inputs and crop health.
Classify crops with high accuracy
Clearly distinguish crops species for precision planning and resource management, and improved yield forecasting.
Improve input efficiency at scale
Increase margins and lower environmental impact by matching fertilizer and water use to actual crop needs.
Optimizing nitrogen fertilizer
We partner with UK-based precision agriculture company, Messium, to improve crop yields using less fertilizer. Our hyperspectral imagery enables real-time measurement of excess nitrogen concentrations with laboratory-level precision.
Tailored fertilizer use with less manual effort
Reduced nitrous oxide emissions and input costs
Maximized crop growth
Increased farm profitability
Real-life solutions
Hyperspectral imagery brings precise, data-driven decision making to the agriculture industry.
Early disease detection
Detect, identify, and target crop disease in its earliest stages, before it affects yields.
Precise crop classification
Clearly distinguish crops and growth stages for precise planning and forecasting.
Widespread soil monitoring
Reveal soil variability at scale to guide smarter, more targeted sampling.
Targeted resource management
Optimize water and input use by responding to real crop and soil conditions.
Invasive species detection
Identify invasive species early and accurately to protect productivity.
Continuous health monitoring
Track subtle changes over time to minimize loss and maximize yields.
The hyperspectral advantage
Hyperspectral imaging detects crop stress, disease, and nutrient imbalances before they’re visible to the human eye. This enables targeted resource management, improved forecasting, and optimal yields—even in heterogenous fields.
Hyperspectral imagery may cost more per image, but it costs far less per decision.
Frequently Asked Questions
Hyperspectral imagery captures many more narrow spectral bands, which detect subtle material and environmental signals that multispectral imagery cannot reliably resolve.
Many use cases require fewer collections than multispectral approaches, as a single hyperspectral image captures substantially more information per pass.
Wyvern imagery integrates with standard geospatial software and is easily accessed through APIs. If you don’t want to manage tooling, our partners can provide a ready-to-use interface that delivers the insights directly.
No. Hyperspectral imagery is valuable in any-size heterogeneous field where traditional averages break down.
Related resources
Hyperspectral Precision Agriculture: Fertilizer Optimization and Yield Forecasting by Wyvern x Messium
Hyperspectral Precision Agriculture: Fertilizer Optimization and Yield Forecasting by Wyvern x Messium
Start using hyperspectral imagery
