Empowering Agriculture With Hyperspectral
Wyvern is the way decision makers address the world’s biggest challenges. Our hyperspectral data reveals the hidden reality of planet Earth.
Empowering Agriculture With Hyperspectral
Wyvern is the way decision makers address the world’s biggest challenges. Our hyperspectral data reveals the hidden reality of planet Earth.
We Deliver New Possibilities
While high resolution multispectral satellite imaging is available for a number of applications in agriculture, the same is not true for hyperspectral imaging. Aerial and drone imaging has shown many of the tangible benefits hyperspectral can offer, but never before has the agriculture industry been able to scale these solutions with the convenience and affordability that remote imaging has to offer.
As technology advances and innovation flourishes, the prospect of seamlessly integrating hyperspectral insights into agricultural practices becomes a transformative opportunity, poised to enhance precision, efficiency, and sustainability throughout the farming landscape.
Agriculture Use Cases
Crop Disease Detection
Achieve early and precise disease detection, enabling timely intervention, and improve the efficiency of insecticide application.
Crop Classification
Enhance crop inventory accuracy through advanced technologies and data-driven approaches, ensuring more precise and reliable assessments.
Soil Sampling
Minimize the need for extensive soil sampling by utilizing advanced techniques, resulting in reduced sampling hours in the field while simultaneously improving accuracy.
Go Beyond NDVI With Better Data
The most common tool in precision agriculture today is a broadband index based on multispectral data: the normalized difference vegetation index (NDVI). Hyperspectral opens the door to a new generation of narrowband indices that define crop health in ways not possible with NDVI.
Where NDVI can tell you your crop is not performing, these indices tell you why.
Hyperspectral Indices For Agriculture
Index 1: RENDVI
The Red Edge Normalized Difference Vegetation Index detects slight changes in the sensitivity of vegetation to examine changes in foliage and senescene—useful in vegetation stress detection.
Index 2: VREI2
Vogelmann Red Edge Index is sensitive to the combined effects of foliage chlorophyll concentration, leaf area, and water content—clearly highlights soils and water.
Index 3: MCARI2
Modified Chlorophyll Absorption In Reflectance Index 2 minimizes the need for extensive soil sampling by utilizing advanced techniques, resulting in reduced sampling hours in the field while simultaneously improving accuracy.
Request A Data Sheet
Wyvern hyperspectral sensors on our Dragonette satellites will capture data across many narrow spectral bands, allowing for the specific identification of unique chemical and physical properties of the Earth’s surface. This ability makes hyperspectral imagery a valuable tool for a wide range of site monitoring, mapping, and geospatial intelligence (GEOINT) use-case applications.
With a spatial resolution of 5.3 meters, hyperspectral imagery delivered from our Dragonette constellation will provide detailed information about the Earth’s surface. Processed to Level 1B and delivered in GeoTIFF format, we ensure seamless integration of Wyvern’s Dragonette data into your existing systems, workflows, and processes.
Contact Us
If you’re eager to delve deeper into the realm of hyperspectral data or have any questions about how it can revolutionize your industry, we’re here to assist you. Our team of experts is equipped with extensive knowledge and experience in harnessing the power of hyperspectral technology.