Pioneering wireless connectivity by efficiently collecting, packing and transmitting data directly to the cloud even in remote areas, offering satellite, LoRaWan and cellular connectivity.
Machine learning based actionable insights optimize farm management, leading to significant water, fertilizer, energy, and labor savings.
Integrating soil data with crop models and satellite imagery to provide crop-specific recommendations adjusted to the crop’s growth stage, helps achieving maximal yield.
Minimize environmental pollution and prevent leaching, runoff and waste of limited resources by optimizing inputs and monitoring the movement of water and agrochemicals in the soil.
Our variable rate irrigation prescription is constantly adapting to crop growth and to the changing conditions of the soil and weather to advise a precise irrigation plan.
Analyzing crop growth against crop models helps identify crop growth variability and alert about field segments that need attention due to potential risk from pests or diseases. Our system will monitor your field and We know before the plant does.
by analyzing soil data integrated with crop models, satellite imagery and weather forecasts to map nutrient distribution across the field and to create zone-specific nitrogen application recommendations.
Support for customers with large number of fields, employing service providers or providing services to others, by connecting all the fields on a single platform and implementing customized roles and permissions so each user can have separate privileges and notifications.
Pioneering wireless connectivity by efficiently collecting, packing and transmitting data directly to the cloud even in remote areas, offering satellite, LoRaWan and cellular connectivity.
Our price point allows us to be the only Affordable solution for all crop types, and there are no setup costs or any other infrastructural limitations.
Patented spiral geometry allows unprecedented accuracy, preventing biased results due to preferential flow.
Most sensors entail pricey, lengthy and complex calibration and installation processes, whereas our self-calibrating sensor could be installed by anyone within 5 minutes, allowing simple & scalable deployment over short time periods.
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