Satellite data, weather forecasts and soil moisture drive a decision for every line. If watering isn’t needed, it doesn’t water.
If rain is on the way or the soil is moist enough, it skips that day’s watering.
Three steps. Every day, for every line.
Plant health (NDVI) and moisture data from the Sentinel-2 and MODIS satellites.
Weather forecasts, FAO-56 water demand and irrigation history, weighed together.
The decision reaches the valve over LoRaWAN: 2 km in the city, 10 km in open terrain.
Every day the AI records what it did and why. It works within safety limits, and you can switch to manual at any time.
Water demand is 69% of normal. No rain or wind in the way, so the calculated time was used as is.
An 80% chance of 13.6 mm of rain tomorrow. Wind is also above the 6 m/s limit.
The season’s highest water demand. No rain and calm enough wind, so the full time was used.
Water demand was high, but wind was 6.8 m/s. Sprinkler water would drift, so watering was postponed.
Cool weather, so the grass uses less water. The calculated 11 min was cut to 8 min by the cold-weather adjustment.
A low of 1.3 °C is expected overnight. Sprinkler water could freeze on the grass, so watering was postponed.
iOS, Android and a web panel.
Landscape irrigation software →No internet needed. Connect within 10 metres of the valve and upload the program.
Watch the whole site on a map. Send programs to hundreds of valves at once.
“Postpone if wind exceeds 6 m/s. No watering at weekends.”
From your phone, over Bluetooth.
Bluetooth, LoRaWAN, GSM and NB-IoT.
Tell us about a site survey or a pilot project and we’ll get back to you.
We’ll get back to you as soon as possible. For anything urgent, call +90 542 780 85 03.
