LoRaWAN (Long Range Wide Area Network) and other LPWAN (Low Power Wide Area Network) technologies provide wireless connectivity for IoT sensors that need to transmit small amounts of data over long distances with minimal power consumption — supporting battery-operated sensors across large facilities, campuses, and outdoor areas without per-device cellular data fees.
LoRaWAN's combination of long range (up to 15km in open terrain, 2-5km in urban environments), low power (years of battery life on AA batteries), and low infrastructure cost makes it well-suited for applications like utility metering, building sensor networks, agricultural IoT, and asset tracking where cellular IoT economics don't pencil out at the required device counts. RLM advises on LoRaWAN architecture, gateway deployment, and the network server platform that manages large-scale sensor deployments.
A structured advisory process — from use case definition and platform evaluation to deployment architecture and ongoing optimization.
We assess your IoT use cases for LoRaWAN suitability — payload size requirements, transmission frequency, device density, coverage area, and the latency tolerance that determines whether LoRaWAN's characteristics match your operational requirements.
We design the LoRaWAN network architecture — gateway placement for coverage, antenna selection, backhaul connectivity, and the redundancy design that ensures sensor coverage in the locations where data continuity matters most.
We evaluate LoRaWAN network server platforms — Actility ThingPark, Senet, The Things Network (TTN), AWS IoT Core for LoRaWAN, self-hosted ChirpStack — against your device scale, geographic distribution, and the application integration APIs that connect sensor data to business systems.
We evaluate the trade-offs between public LoRaWAN network coverage (Everynet, Senet, Helium) and private LoRaWAN gateway deployment — comparing coverage costs, data privacy, SLA availability, and the control that private networks provide.
The dimensions that determine whether an IoT deployment delivers lasting operational value — and the questions RLM helps you answer before any commitment.
LoRaWAN achieves long range by using very low data rates. Evaluate the payload sizes and transmission frequencies your use cases require — applications needing frequent large payloads are poor LoRaWAN candidates.
LoRaWAN's long range applies outdoors; indoor deployments require more gateways due to structural attenuation. Evaluate gateway requirements for indoor deployments through RF site surveys rather than relying on outdoor range estimates.
LoRaWAN operates in unlicensed spectrum shared with other devices. Evaluate interference risk in dense RF environments and the adaptive data rate mechanisms that maintain connectivity under interference conditions.
LoRaWAN operates under regulatory duty cycle restrictions (1% duty cycle in EU 868 MHz band) that limit transmission frequency. Evaluate whether duty cycle restrictions affect your required transmission frequency.
LoRaWAN delivers raw sensor payloads that require decoding and application integration. Evaluate the device payload decoder availability and the application integration effort required to transform sensor data into business intelligence.
"RLM helped us select and deploy an IoT platform across 28 facilities in under six months. Their vendor-neutral approach saved us from a costly mistake with our initial shortlist."
"We needed smart metering and energy management across our campus portfolio. RLM mapped the vendor landscape, ran the evaluation, and we're now hitting our ESG targets ahead of schedule."
Talk to an RLM advisor who specializes in enterprise IoT deployments. Independent guidance from platform selection through operational deployment.