LoRaWAN long-range, low-power IoT connectivity — the dominant protocol for industrial, agriculture, utilities, and smart-city sensor deployments where battery life matters more than bandwidth. The pitch isn't "alternative to cellular IoT"; it's "correct physics for the deployment shape" — sensors with 10-year batteries, 10-15km range, and license-free spectrum.
Semtech is the chipset vendor behind LoRaWAN — the dominant LPWAN (Low-Power Wide-Area Network) protocol for massive sensor deployments. Where cellular IoT optimizes for bandwidth and ubiquity, LoRaWAN optimizes for battery life, range, and per-device cost. The result is the right physics for use cases like soil moisture sensors across thousands of acres, utility meter reading, smart city sensor grids, and asset tracking at scale.
Industrial monitoring, agriculture, utilities, smart cities. Thousands of low-cost, long-battery sensors over wide areas.
Long-range, low-bandwidth tracking of pallets, equipment, vehicles, livestock. LoRaWAN's economics scale where cellular doesn't.
If some of your devices need real-time / high-bandwidth (video, audio), LoRaWAN won't cover everything. Often paired with cellular for the high-bandwidth subset.
LoRaWAN's bandwidth is measured in bytes per minute, not megabytes per second. Wrong physics for those use cases — brief cellular IoT instead.