At the end of 2025, the LoRa Alliance put a figure on something a lot of us in the industry had been sensing for a while: there are now more than 125 million LoRaWAN® end devices deployed around the world. Big round numbers can be easy to wave away. This one shouldn't be — it marks the point where LoRaWAN stopped being the technology you piloted on one floor and became the technology you build a programme around.
What 125 Million Devices Really Tells You
A headline device count is only interesting if you know what sits behind it. In LoRaWAN's case, the growth isn't coming from hobbyists — it's coming from operators running networks at industrial scale. These are utilities, metering companies and connectivity providers with real revenue tied to the technology working, day in and day out, for a decade per battery.
When a standard reaches this kind of installed base, two things follow that matter to anyone evaluating it: the supply chain matures, and the risk drops. Hardware gets cheaper and more varied, integrators get more experienced, and the question every IT manager asks early on — "will this still be supported in five years?" — answers itself.
Where the Volume Is Coming From
Roughly half of all deployments are in metering and utilities, and it isn't hard to see why: utilities have millions of meters in basements, pits and rural networks where cellular is patchy and cabling is absurd. Spain is the example everyone points to — utilities there have rolled out hundreds of thousands of LoRaWAN water meters, with leak detection and daily reads that simply weren't possible before. Here's how the main verticals stack up:
| Vertical | Status | What's driving it |
|---|---|---|
| Metering & utilities | ~48% — the clear leader | Millions of hard-to-reach meters; long battery, deep range |
| Smart buildings | Fast-growing | EPBD energy regulation mandating continuous monitoring |
| Smart agriculture | Fastest-growing | Water and input savings from soil & climate sensing |
| Cities & infrastructure | Established | Parking, lighting, waste and environmental monitoring |
"The question has shifted from is this the right standard? to the far more practical what's the smallest deployment that proves value on my site?"
The Quiet Shift to Private Networks
For most of LoRaWAN's life, the conversation was about public networks — national coverage you subscribe to, like a SIM. That model still accounts for around half the market. But the fastest-growing part is private networks: organisations putting up their own gateways on a campus, a farm, a factory or a portfolio of buildings.
The reasoning is straightforward once you've lived with the alternative. A private network means no per-device subscription, no dependence on someone else's coverage map, and your data stays on infrastructure you control. Because a single gateway covers an entire site and backhauls hundreds of devices, the barrier to standing one up has never been lower. Our guide to LoRaWAN deployment in Europe walks through planning the coverage.
Why Enterprises Keep Landing on LoRaWAN
Strip away the hype and the case is fairly unglamorous, which is exactly why it holds up:
None of that is new. What's new is that the installed base is large enough that these advantages now come with a deep catalogue of proven hardware and a generation of integrators who've already made the mistakes so you don't have to. Regulation adds a push, too — the EU's revised energy rules are turning continuous monitoring into a legal requirement, which we cover in our piece on the EPBD and the 2026 BACS mandate.
Frequently Asked Questions
Is LoRaWAN a mature, safe technology to standardise on?
Yes. With more than 125 million end devices deployed as of late 2025 and roughly 25% annual growth, LoRaWAN is well past the experimental stage. It's backed by an open standard, a broad hardware ecosystem and operators running multi-million-device networks, which makes long-term support and device availability far less of a concern than they were a few years ago.
Should I use a public network or build my own?
Both models are widely used. Public networks suit wide-area, distributed deployments where you don't want to manage infrastructure. Private networks — the fastest-growing segment — make sense when you want predictable costs, full control of your data, and coverage tailored to a specific site. Since one gateway can cover most buildings or campuses, a private network is often surprisingly easy to justify.
Which industries are deploying LoRaWAN most heavily?
Smart metering and utilities lead by a wide margin, accounting for close to half of all deployments. Smart buildings are growing quickly, helped along by energy regulation, and smart agriculture is currently the fastest-growing vertical as farms adopt soil and climate monitoring to manage water and inputs.
What's a sensible way to start?
Pick one measurable problem, deploy a single gateway and a focused set of sensors, and prove the value before scaling. Because the ecosystem is mature, you can buy proven hardware off the shelf and expand the same network later without re-architecting it.
Ready to Move From Pilot to Programme?
Whether you're standing up your first gateway or scaling across sites, our team can help you choose the right hardware and plan a deployment that grows with you.