IoTServa Request a Pilot
Solution

Estates and Agriculture

Plantations, farms and large sites use LoRa sensors for soil, water, weather and tanks, sending a few bytes over long distances. IoTServa decodes and keeps them.

  • LoRa
  • MQTT
  • Modbus
Aerial view of a tropical plantation with a slim gateway mast at the edge of a field

The Problem on Site

Large sites have no cable plant and unreliable cellular coverage. Sensors must run for long periods on batteries and report small readings across kilometres.

Typical Equipment

  • LoRa soil moisture and water level sensors
  • LoRa weather stations
  • Solar-powered gateways
  • Pump and tank controllers on Modbus
  • Energy meters on irrigation pumps

What You Get to See

Soil and water monitoring

Moisture, level and flow readings arrive from remote points with their battery and signal health.

Weather beside the data

Rain, wind and temperature from a weather station join the same history.

Tank and pump status

Level and pump state from Modbus or LoRa devices on the same map.

Coverage you can see

Gateway and sensor health shows where signal is weak before data goes missing.

Where We Suggest the Pilot Starts

Start with one block of land, one gateway and a mix of soil, weather and tank sensors. Check coverage at the farthest sensor first.

See How a Pilot Works

Questions for This Setup

Does it work without mobile coverage?

A LoRaWAN gateway needs some backhaul to reach IoTServa. Where coverage is poor, a satellite or fixed link is common.

Which LoRa region plan applies in Malaysia?

Malaysia uses AS923. Gateways and devices must be set to it.

Show Us the Estates and Agriculture Equipment. We Will Scope the Pilot.

Tell us which protocols are on site. We will scope a pilot that reads your real devices.