We use satellite data to measure soil moisture and optimize your irrigation schedule.

Smart Irrigation helps save up to 70% on water, 40% on fertilizer, and increase crop yield. But you need sensors to optimize it for crop and soil types, and take into account weather conditions.

We know, sensors are expensive and often get lost, stolen or broken.

Luckily, soil moisture can be measured from Space.

<aside> 🛰️ At EOmatic, we use satellite data to provide irrigation forecasts. Our model takes for input soil, crop and irrigation types, and Sentinel-2 data to produce soil moisture maps. ****

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Other companies use NDVI data and don't consider other input. This leads to disappointing results because of the poor resolution and effects like over-saturation.

Our maps have ****a 10-meter spatial resolution, and optimized for soil and crop types.

In other words, EOmatic's data can be up to 100X more accurate.

Parsec Accelerator OC1 Winners #100PARSEC

This project has indirectly received funding from the European Union’s Horizon 2020 research and innovation program, via an Open Call issued and executed under project PARSEC (grant agreement No 824478)

Winners of the Copernicus Masters 2020 Prize Hesse Germany

Why you should use EOmatic:

• You'll regularly get soil moisture status and forecasts to optimize irrigation;
• You'll get a soil map to help you use fewer sensors and place them more precisely;