Digital Transformation in Agriculture with iNut: Sensors, Smart Irrigation, Greenhouses & AI Cameras

Farmers today face pressure on every front: higher yields while using fewer chemicals, saving water and labor, adapting to erratic weather, and managing soil and water sustainably. Doing it all by hand is exhausting and easy to mistime — watering at the wrong moment, spotting pests too late, or losing an entire crop to a single night of steep temperature drop.

Digital transformation in agriculture isn't some lofty concept — it's about letting sensors replace the naked eye, letting data drive decisions, and letting the system handle repetitive tasks automatically. iNut brings exactly that toolkit out into the fields.

Every good decision starts with good data. iNut gathers climate conditions (temperature, humidity, light, rainfall, wind speed & direction, pressure) and soil–water conditions (soil moisture, soil temperature, water level, dissolved oxygen, pH) — all in one place, in real time.

Instead of watering on a fixed schedule, the system adjusts based on soil moisture, weather and the crop's growth needs. When dry soil hits the threshold, the valve opens automatically, irrigates just enough, then shuts off. This saves water, prevents waterlogging, and applies fertilizer exactly when the plant needs it.

In a greenhouse, you set the thresholds once: when it gets too hot, the fans + shade nets + misting kick in automatically; when humidity drops, misting runs; once conditions are back in range, it stops. The iNut Muro solution already does exactly this for mushroom houses — an easy model to scale for vegetables, flowers, strawberries and mushrooms.

High-resolution cameras watch the crop 24/7; AI is trained to recognize pests, diseases and insects, flag the affected area, and alert as soon as symptoms first appear. Early detection means quick, targeted treatment, less pesticide, and less spread — instead of finding out only after losing an entire row.

The whole farm fits in your phone: view data, change thresholds, turn devices on/off remotely via the iNut app; meanwhile iNut PC at the edge layer handles data aggregation, runs the logic, and pushes alerts via Email/Telegram whenever a threshold is exceeded — even in areas with only 4G coverage.

Out in the fields, along riverbanks, or up in the hills — anywhere without stable grid power — iNut devices keep running thanks to solar power and wireless data transmission. Install once and the data flows in on its own — growers just need to check their phone.

// Quick specs