Our approach
Sense the water. Advise the farmer. Act only with approval.
Four components, one loop. Here is how they fit together.
The loop
- Paddy. Under AWD the water level rises after irrigation and falls as the field dries.
- Sensor. A sensor in a perforated IRRI field tube measures the level, including below the soil surface.
- Gateway. A LoRaWAN radio link carries readings from the field to the internet.
- NaLog. Our platform stores readings and tracks each paddy’s phase in the AWD cycle.
- NaLog Agent. An AI assistant explains the situation in Thai and proposes when to irrigate.
- Farmer. The farmer approves or declines. Nothing happens without that approval.
- Solar pump. On approval, a LoRaWAN command switches the solar pump to re-flood the paddy.
“We combine field-level water sensors, a Thai-speaking AI assistant with per-farm memory, and solar-powered pump control into one system. The integration, and the commitment to farmer approval for every action, is what’s new.”
The components
AWD sensor
Capacitive water-level sensing inside a standard IRRI field tube, reporting over LoRaWAN.
Details →Solar pump
A solar-powered electric pump with LoRa control, replacing the diesel engine.
Details →NaLog platform
Farm and paddy registration, sensor data and AWD phase tracking in one dashboard.
Details →NaLog Agent AI
A Thai/English assistant that remembers each farm and proposes irrigation for approval.
Details →