Pinpoints crops’ exact fertilizer needs and get ISOBUS compatible tractor prescriptions.
Uses satellite remote sensing technology, latest in international research and the field’s unique history to identify intra-field variation.
Saves up to ⅓ on fertilizer costs and increases yields between 3-5%
Shows sub-weekly crop health, improves field scouting and detects problems weeks before the naked eye.
Calculated using multispectral analysis, numerous performance indicators and individual field history.
Keeps crops on track and provides an easy way to measure the effects of fertilization, treatment, irrigation, etc.
Visualizes the irrigation needs of crops with clear indexing
Derived from multispectral analysis and calculated using the Normalised Difference Water Index.
Helps manage both ordinary irrigation needs and crop management after extreme weather events.
Penetrates clouds to increase accurate measures of plant health, biomass, and moisture.
Uses a type of remote sensing microwave technology to analyze spectral bands.
Guarantees at least two images a week, independent of the weather.
Time Series Analysis: Enhances the understanding of field and crop history, enabling data-driven decisions to maximize yields.
Zoning: Creates easy to understand field zones, identifying high and low performing areas across time with AI algorithm.
Weather: Fine-tune crop treatment plans with local predictions for precipitation, UV, wind, temperature, etc.
Easy to integrate REST API with optional UI components.
Converts field coordinates and raw satellite data into easy to understand, actionable maps.
New crop types constantly being added, Crop Benchmarking and Fungicide Prescriptions arriving in 2020