The LoRa Alliance is positioning LoRaWAN as a common connectivity layer for smart agriculture, with use cases spanning crop disease detection, livestock tracking, irrigation, and estate monitoring.
The pitch is broader than field sensors. The same framework is being tied to private gateways, unlicensed spectrum, and satellite reach, which is the sort of combination that matters when farms need coverage beyond the footprint of conventional mobile networks.
Australia and Malaysia are the proof points
In Australia, MooField uses solar-powered GPS ear tags weighing under 30 grams for cattle across wide grazing land. The deployment uses RAKwireless LoRaWAN gateways with solar batteries and remote management, and MooField is exploring satellite backhaul for larger roaming areas.
In Malaysia, MIE Agro Farm deployed more than 20 LoRaWAN soil sensors from Seeed Studio across 6,000 durian trees on an estate of more than 80 hectares. The system replaced manual checks that previously took two hours a day and created a data benchmark for durian cultivation.
What the LoRaWAN stack is being used for
The article argues that smart agriculture is becoming an infrastructure question rather than just an application question. That is the useful read here: LoRaWAN’s claim is strongest where farms need many small, distributed signals collected reliably over large areas, with room to add new use cases once the first network is in place.
Read for IoT teams building farm connectivity
For operators and integrators, the practical signal is that LoRaWAN is being pushed as a reusable farm layer rather than a one-off deployment. The examples are not about dense urban IoT; they are about keeping assets and soil data visible when power, roaming, and access are all constrained.