Yields depend on soil moisture, nutrients and microclimate, yet most fields are still managed by feel. Without continuous soil and climate data, water and fertiliser are wasted and crop stress goes unnoticed.
How it works
1Soil moisture / temperature / EC sensors and a weather station capture field conditions.
2A gateway uploads data over LoRaWAN / NB-IoT / 4G.
3Growers act on live data and alerts to optimise irrigation and inputs.
Is this the right page?
Use this page when a farm, greenhouse or orchard needs field measurements connected to a defined irrigation, maintenance or alert workflow rather than a generic sensor dashboard.
Outdoor field-monitoring context
Representative site context. Sensors, interfaces, enclosure, power and mounting are confirmed against the actual project before quotation.
What buyers usually need to monitor
Soil
Moisture, temperature and EC at representative depths and zones.
Water assets
Tank or well level, irrigation flow, pressure and pump state.
Microclimate
Temperature, humidity, rainfall, wind or leaf wetness where they support a decision.
Station health
Battery, solar charging, radio quality and last report time.
Where the hardware sits in the monitoring path
A planning view, not a fixed bundle. Signal type, protocol, power, network and the customer endpoint are confirmed before quotation.
Images show representative product families. The exact model, interface, enclosure and certificates are confirmed against the project before quotation.
That depends on field variability, crop zones, depth and the decision being made. Start with a representative pilot layout rather than one sensor for an entire farm.
Can one gateway cover the whole site?
Coverage depends on terrain, vegetation, mounting height, band and obstructions. A site map and pilot radio check are needed.
Can irrigation pumps be included?
Run, fault, current, pressure and flow can be monitored when the available signals are defined.
