Solutions
Aerial Hyperspectral Imaging
Our drone-powered hyperspectral imaging reveals subtle crop and soil signatures across dozens of wavelengths — enabling earlier interventions, smarter irrigation scheduling and higher yields with less input and reduced environmental impact.
Capabilities
Key Features
Powerful capabilities designed to maximize efficiency and deliver measurable results.
Crop Health Assessment - Identify disease outbreaks at their nascent stages
Nitrogen Detection - Identification of nitrogen related bio-stress and algorithmic prediction
Water Stress Analysis - Detection of water stress through chlorophyll and water absorption bands
Crop Yield Prediction - Estimation based on spectral reflectance and crop density
Crop Weed Detection - Identification and mapping of weed infestation within fields
Quantity Prediction - Estimation of total number of crops or livestock
Impact
Business Outcomes
Tangible results that drive growth and operational excellence.
Increased Crop Yields - Improve crop health and productivity with early detection and precise interventions
Cost Savings - Reduce input costs by optimizing the use of fertilizers, pesticides, and water
Sustainability - Promote sustainable farming practices through efficient resource management
Timely Interventions - Act quickly to prevent issues from escalating, protecting your crops and investments
Enhanced Crop Health Monitoring - Early detection of nutrient deficiencies, pest infestations, and disease outbreaks
Performance
Performance Metrics
Proven metrics that demonstrate the value and effectiveness of this solution.
95%
Early Detection Rate
+25%
Yield Improvement
-20%
Input Cost Reduction
Ready to Implement Aerial Hyperspectral Imaging?
Let's discuss how this solution can transform your operations and deliver measurable results. Our team is ready to help.
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Complementary Solutions
Discover how other solutions in our suite can work together to amplify your results.
Aerial Multispectral Imaging
Drone-powered multispectral flights produce NDVI, NDRE and thermal layers used to map irrigation performance, identify under- and over‑watered zones and inform variable-rate irrigation to save water and energy.
ExploreVisual Imaging
Drone-captured 4K orthomosaics and close-up inspections document infrastructure, identify damage and support planning and maintenance for irrigation systems.
ExploreGround-Based Data Capture
Our hybrid drone and ground-truth teams capture soil samples and localized sensor data to validate aerial insights and calibrate analytics, increasing confidence and accuracy in irrigation decisions.
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