Soil IntelligenceDigitizing Soil Health
Digitizing Soil Health
from Space
High-resolution soil organic carbon maps derived from satellite imagery and deep learning, at a fraction of the cost of traditional sampling.
High-resolution soil organic carbon maps derived from satellite imagery and deep learning, at a fraction of the cost of traditional sampling.
Traditional soil sampling is slow, expensive, and unscalable, leaving most of the world's agricultural land unmapped.
Average cost of traditional soil sampling per hectare, prohibitively expensive at scale.
Lab turnaround time for wet chemistry analysis before results reach the farmer.
Of global agricultural land has been mapped for soil organic carbon at field level.
By the Numbers
Prediction Accuracy
Hectares Mapped
Continents
Soil Samples Trained
Satellite Systems
Resolution
We pull multispectral and radar data from 8 satellite systems, covering your area of interest at 10×10m resolution.
Our models are calibrated against 100,000+ lab-analyzed soil samples from 6 continents, ensuring robust predictions.
You receive high-resolution soil organic carbon maps with accuracy metrics, ready for MRV, carbon credits, or agronomy.
Monitor soil organic carbon across all your parcels, track changes over time, and export reports for MRV and carbon credit verification.
Strategic Partners & Collaborators
Interested in a pilot or partnership? Reach out and we'll respond within one business day.
ESA SBIC, Kapteynstraat 1, 2201 BB, Noordwijk, The Netherlands
Mon - Fri: 9:00 - 17:00
