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AgriTech

Agriculture

Agronomy, instrumented.

Fields are the hardest deployment we do: no power, no coverage, no patience for maintenance. We build solar-powered edge nodes that talk over kilometres of open ground, and irrigation logic that answers to soil and weather rather than a wall clock.

20–40%

Water saved against timer irrigation

km

Range per gateway, no cellular contract

5 yr

Target field-node service life

Soil moisture, forecast and valve state on one timeline.

Capabilities

What we actually deliver

Long-range field sensing

LoRaWAN, NB-IoT and private gateways covering blocks that have never had a network.

Soil moisture, EC & microclimate

Multi-depth probes, canopy temperature, humidity and leaf wetness logged continuously.

Irrigation & fertigation control

Valves, pumps and dosing under closed-loop control, with manual override that always wins.

Weather-driven scheduling

Evapotranspiration models and forecast data turn raw readings into an actual watering plan.

Pump, tank & flow integrity

Flow, pressure and level telemetry that catches a burst line or a dry-running pump within minutes.

Solar-powered edge nodes

Designed for years unattended: low duty cycle, brownout-safe, and honest about their own battery.

Typical stack

LoRaWANNB-IoT / LTE-MMQTTModbus RTUSDI-124–20 mASolar / LiFePO4TimescaleDB

Indicative, not prescriptive. The final stack follows the site survey — never the other way around.

Start here

Tell us what should be automatic.

Send a sentence or a specification — both work. You will get a straight answer about whether it is worth building, and roughly what it takes.

Agriculture — Agronomy, instrumented. — Dot Check