The LoRaWAN network currently supports 125 million devices globally, a figure that demonstrates the IoT technology’s transition from pilot phases to industrial-scale applications.
According to the LoRa Alliance, the protocol boasts a compound annual growth rate of 25%, indicating to Operations Technology (OT) directors that it has reached the maturity required for long-term asset monitoring strategies.
Utilities remain a primary driver of LoRaWAN adoption, with water metering being a key application scenario. Metering service provider Zenner operates a network with over 10 million nodes. Other major operators, including Actility, Netmore, The Things Industries, and Veolia, have also validated the protocol’s infrastructure stability.
Beyond utilities, the report notes that smart buildings are now also using LoRaWAN as their primary wireless solution for facility management. The smart industry is also continuously expanding its applications beyond traditional wired systems.
Standardization and Coverage
Network utility depends on coverage and hardware interoperability. Two development plans for 2025 will address these issues for enterprise users.
The European Electron Telecommunications Committee (ECC) has approved satellite communication with low-power devices in the 862–870 MHz band. This specification simplifies asset tracking between terrestrial and non-terrestrial coverage areas for logistics and utility operators monitoring remote pipelines or agricultural sites. It bridges coverage blind spots without requiring additional hardware solutions.
Meanwhile, the Technical Committee released regional parameter RP002–1.0.5. This update increases data rates, thereby reducing over-the-air transmission time. Reduced transmission time extends battery life and increases network capacity. In dense industrial environments where thousands of sensors operate within a single facility, higher capacity prevents packet loss due to congestion.
Addressing the LoRaWAN Integration Challenges for Industrial IoT
Certification costs often hinder deployment. To address this, the LoRaWAN Alliance introduced “Similarity Certification.” Manufacturers can certify derivatives using the same LoRaWAN design as the parent product, reducing the number of tests. This is crucial for businesses that need customized sensor variants (e.g., different form factors or housing materials) but cannot afford the full certification cost for each iteration.
Interoperability testing has now validated communication between end devices and web servers from different manufacturers. Preliminary results cover a combination of vendors including Actility, OrbiWise, and ChirpStack. For procurement teams, this validation reduces the risk of hardware obsolescence should a web server vendor change. Currently, the total number of certified devices exceeds 625.
While progress is being made in Europe, the United States faces spectrum friction. The alliance is opposing NextNav’s application to reconfigure the 902–928 MHz band. NextNav plans to use this spectrum for terrestrial positioning and timing networks. The alliance believes this will interfere with existing users of the 900 MHz band, which supports many industrial deployments in North America. This remains a risk factor for operating unlicensed spectrum in the United States.
From Connectivity to Intelligence
The focus of the LoRaWAN ecosystem is shifting from industrial IoT connectivity to analytics. LoRa Alliance CEO Alper Yegin noted that “2025 is a significant turning point for LoRaWAN,” calling the technology “a key infrastructure for large-scale IoT.” Yegin added, “The digital brain (artificial intelligence) needs the digital nervous system (LoRaWAN) to interact with the physical world.”
For the industrial sector, this means LoRaWAN’s value extends beyond data collection. The protocol’s low-power characteristics allow for frequent collection of specific data points (such as temperature, vibration, and flow) without frequent battery maintenance. Feeding this data into predictive maintenance models helps enable a shift from passive to proactive asset management.
LoRaWAN, along with Wi-Fi and cellular networks, is now a standard pillar in industrial wireless. The ecosystem currently has 360 members, with 57 more expected to join by 2025. New relay specifications facilitate the deployment of LoRaWAN in complex environments such as basements or metal-intensive factories, extending coverage without the need for additional internet gateways. This provides a lighter infrastructure for existing facilities.
The 2026 LoRaWAN outlook indicates that the industrial IoT ecosystem will stabilize, with a focus on scaling and satellite integration rather than proof-of-concept. The availability of the 900 MHz band in the United States is a major external risk that needs attention.