Crop Type Classification
We create global crop and land use masks at various granularities — field to national — identifying field boundaries and classifying the planted area for key crops such as wheat, barely, soy, canola and corn.
Field boundary detection
Field boundaries are a prerequisite for field-level assessments. Applying a deep learning approach to the raw RGB and NIR Sentinel-2 data, we have been able to automate this process.
Provides an in-season prediction for expected yield at varying spatial resolutions, ranging from field-level to national level.
Supply Chain Vision
variable rate nitrogen
This map identifies areas that need more or less fertiliser in the crop at farm or regional level across a large landbank.
Compare fields to measure their performance either spatially or temporally.
Our Desiccation Zoning tool identifies areas of non-senesced vegetation and targets desiccation applications accordingly. This targets non-senesced crop, volunteers and weeds.
Variable Rate Fungicide
This service allows you to select the number of zones across the field and decide the chemical products rate per zone to precision target your chemical applications more accurately.
Green area index
Map the Green Area Index of your whole field and at farm and regional scale.
Mapping the percentage of potato canopy coverage per unit area, in order to optimise and monitor crop growth and aid management decisions.
Low cost, high frequency imagery at scale
Daily satellite imagery to help businesses monitor their upstream food supply chains.
Harmonisation and digitalisation of sustainable agriculture frameworks
Classifying land use using satellite imagery to verify conservation and habitat projects
Identify crop rotations as a component of sustainable farm management practices.
This tool infers crop residue from the soil reflectance at different wavelengths in the spectrum, and classifies tillage type accordingly.
Using a threshold of NDVI as an indicator of bare vs covered soil, we can detect the use of cover crops using satellite imagery.
Provides an estimation of renewable organic matter.
Quantifying vegetation by measuring the difference between near-infrared (reflected by healthy vegetation) and red light (absorbed by healthy vegetation).
Automatically draws the contours of each plant in the field to calculate their size accurately.
We create a prescription map identifying the areas where weeds are present. Spray only the weeds in the paddock - and not bare ground.