LoRaWAN has reached 150 million deployed devices globally, adding roughly 25 million devices since the end of 2025 and reinforcing its position as one of the most widely deployed LPWAN technologies.
What was once heavily associated with smart metering and utility networks is now being used across a much broader mix of IoT applications, including industrial monitoring, agriculture, logistics and connected safety systems. That widening deployment base is becoming an important part of LoRaWAN’s growth story.
The LoRa Alliance says deployments have now reached 150 million connected devices worldwide. The organization also continues to report a 25% compound annual growth rate across the ecosystem, pointing to sustained expansion beyond its traditional utility strongholds.
25 million additional devices since the end of 2025
The progression is particularly notable when compared with the Alliance’s previous deployment figures. LoRaWAN had reached 125 million devices at the end of 2025, meaning approximately 25 million additional devices have been deployed since that milestone.
The significance is not simply numerical. Utilities remain an important source of volume, but the latest examples span smart padlocks, tracked pallets, bicycles, panic buttons and employee safety badges alongside meters and industrial sensors. That diversity matters because it reduces LoRaWAN’s dependence on a relatively small number of very large smart-metering projects.
Several individual deployments illustrate how the aggregate figure is being built. ZENNER Connect reports more than 11.6 million sensors and 174,000 gateways across 15 countries, while Netmore has 11.2 million active devices on its network. The Things Industries reports 6 million connected devices, and Veolia operates more than 4 million active smart meters in France.
On the device side, RAKwireless says it has shipped more than 2 million LoRaWAN modules for applications including agriculture, asset tracking and industrial monitoring. CENTEGIX, meanwhile, reports that more than 800,000 people use its LoRaWAN-based CrisisAlert wearable panic-button badges daily across schools and workplaces.
Scale shifts the challenge from connectivity to operations
For IoT developers and system integrators, the larger implication is that LoRaWAN’s challenge is increasingly moving up the technology stack. Once networks contain millions of devices, onboarding, interoperability, roaming, device profiles and lifecycle management become at least as important as radio coverage itself.
That helps explain the direction of recent LoRa Alliance technical work. In August, the organization introduced specifications designed to automate device onboarding and reduce manual configuration, following a broader three-year LoRaWAN roadmap focused on easier integration and operation.
The ecosystem around those deployments is also expanding. The Alliance currently counts more than 340 member organizations, including 45 companies that joined during 2026. It reports more than 695 certified devices and close to 1,000 products available through its marketplace.
A broader role within multi-network IoT
The 150-million-device milestone also reinforces a change in how LoRaWAN is being positioned within IoT architectures. Rather than functioning only as an alternative to cellular connectivity, it is increasingly being integrated alongside cellular, Wi-Fi, Bluetooth and satellite networks according to the requirements of individual devices and locations.
Recent deployments illustrate that convergence. Netmore, for example, is combining terrestrial LoRaWAN with Kinéis satellite connectivity to extend coverage beyond terrestrial networks. Such architectures allow enterprises to select connectivity according to power consumption, coverage and mobility requirements rather than forcing an entire IoT estate onto a single radio technology.
For OEMs and enterprises, the practical takeaway from the 150-million figure is therefore less about declaring a winner in the LPWAN market than about ecosystem maturity. A larger installed base, more certified hardware and several independently operated networks at multi-million-device scale give organizations more options when designing long-lived IoT systems around the LoRaWAN standard.
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