LoRaWAN is gaining fresh attention in enterprise connectivity. The LoRa Alliance says the technology now supports 125 million deployments. It also claims growth of about 25 million devices each year. That still trails cellular IoT volumes, especially at major operators.
Vodafone, for example, reports 240 million IoT connections. Those include cars, payment terminals, security systems, and industrial devices. This makes the headline numbers look uneven at first glance.
However, Alper Yegin, chief executive of the LoRa Alliance, argues the match-up lacks context. “You’re not going to use LoRaWAN to connect a car; you need higher-bandwidth LTE-M for that, at least.”
That point matters for network planners. Cellular technologies serve high-bandwidth and mobile use cases well. LoRaWAN focuses elsewhere. It targets low-power sensors, long battery life, and low-cost coverage.
As a result, operators increasingly view both models as complementary. Swisscom, Orange, Verizon, and AT&T have all used LoRaWAN in different ways. Some combine it with LTE-M or private cellular services.
Private networks now drive much of LoRaWAN’s momentum. Enterprises can deploy networks without licensed spectrum. This lowers barriers for farms, campuses, utilities, and safety providers.
Yegin sees the fastest growth in that private-network segment. “Right now, the longest runway and fastest momentum is the second: the private networks.”
The attraction is clear. A LoRaWAN gateway can cost near a Wi-Fi access point. It can cover large areas with modest infrastructure. One network can support meters, trackers, alarms, and environmental sensors.
Yet the model still faces hurdles. Industrial IoT remains hard to install and manage. Many companies need simpler onboarding, easier migration, and better device discovery.
The LoRa Alliance wants to address those issues with a three-year roadmap. It includes stronger industrial integrations and smoother deployment tools. It also adds satellite support and improved roaming options.
Standards work forms a key part of the plan. The alliance is working with the OPC Foundation on OPC UA support. OPC UA helps industrial systems exchange data in a structured way.
Yegin called that work practical and strategic. “It is a win-win; they solve the integration, and we grab another piece of land.”
Meanwhile, AI could reshape the next phase of IoT demand. Yegin says “physical AI” is really another name for connected sensing and control. Sensors collect real-world data. AI systems analyze it. Machines then act on the results.
This could make LoRaWAN more relevant at the edge. Low-power devices can feed AI platforms with field data. AI can also simplify complex dashboards through text and voice queries.
Still, the market must prove business value at scale. Awareness remains uneven across industries. Deployment skills also vary widely between sectors.
Even so, Yegin believes openness gives LoRaWAN lasting strength. “You cannot tame it, you can’t box it in. You have to let it grow, and to help it to grow.”
For telecom and enterprise teams, the message is balanced. Cellular, including 5G, will dominate many demanding IoT services. LoRaWAN may win where cost, reach, and simplicity matter most.
