Private Mobile Networks Are Becoming a Vertical and Technology Story

Posted by on

The latest GSA Private Mobile Networks Summary Report for June 2026 provides another useful snapshot of how the private mobile networks market is evolving. While the headline growth numbers remain important, the more interesting story is in the detail: which verticals are adopting private networks, and which technologies are actually being deployed.

GSA now tracks 2,003 customer references deploying at least one private mobile network worth more than €100,000, with a further 178 references in the €50,000 to €100,000 range. These numbers are useful, but they need to be interpreted carefully. A customer reference is not the same as the number of sites, the number of users, the scale of the deployment or the operational impact. A single large industrial deployment may be far more significant than several small trials. Nevertheless, the data gives a good indication of where market activity is concentrated.

Manufacturing remains the leading vertical, with 387 identified companies deploying private mobile networks. This should not come as a surprise. Factories and industrial sites often have a combination of mobile workers, autonomous guided vehicles, robots, sensors, cameras, handheld devices and production systems that all need reliable and secure connectivity. Wi-Fi continues to play an important role in many industrial environments, but private LTE and 5G can provide additional benefits where predictable coverage, mobility, security and operational control are required.

The second-largest category is education and academic research, with 171 customers. This is an important sector, but it also needs to be understood in context. Many academic and research deployments are testbeds, innovation platforms or validation environments rather than large-scale production networks. They are essential for ecosystem development, especially around 5G, but they do not always reflect mainstream industrial adoption.

Mining is now the third-largest sector, with 146 identified customers. This is one of the clearest examples of why private mobile networks matter. Mines often operate in remote, harsh and safety-critical environments where public network coverage is limited or unavailable. Connectivity can support autonomous haulage, remote-controlled machinery, worker safety, asset tracking, video monitoring and environmental sensing. In these environments, coverage, resilience and control can be more important than peak data rates alone.

Defence and peacekeeping follows with 130 references, while device testing and lab-as-a-service and power utilities each have 119. These are very different markets, but they point to the same underlying trend: private networks are being adopted where organisations need connectivity that is more controlled, more predictable or more mission-critical than a standard public network service.

The quarterly additions are also worth noting. Manufacturing added 13 new references in 1Q26, while seaports and mining each added six. Ports are an especially interesting vertical because they combine many of the requirements seen in other sectors: large outdoor areas, moving assets, cranes, vehicles, containers, workers, video systems and increasingly automated operations. Private networks can support use cases ranging from push-to-talk and connected worker applications through to automation, remote operations and digital twins.

On the technology side, the report is a useful reminder that private networks are not simply a 5G story. LTE is still used in 1,369 of the catalogued customers, while 5G is being deployed in 974, or 49%. Looking at the technology split, LTE-only networks make up around 50% of the customer base, 5G-only networks account for 30.3%, and LTE and 5G together account for 18.3%.

This matters because it challenges a common oversimplification. Private mobile networks should not be seen as a straight migration from LTE to 5G in every case. For many enterprises, LTE is still good enough, mature enough and ecosystem-ready enough to meet operational needs. It supports wide-area coverage, mobility, voice, data, push-to-talk, IoT and many industrial use cases. It is also well understood by vendors, operators and system integrators.

5G, however, is becoming increasingly important where higher capacity, lower latency, network slicing, advanced uplink capabilities, dense sensor deployments or future automation requirements are part of the roadmap. The strongest business cases for 5G will often appear where enterprises are not only connecting people and assets, but also trying to transform how operations are run.

At the same time, the GSA report rightly cautions that the 5G figure is skewed towards long-term trials and deployments within educational, testbed and validation facilities, with fewer networks running real industrial operations. This is a crucial point. 5G momentum is real, but the market should distinguish between 5G used for research and demonstration, and 5G used as a core part of day-to-day industrial operations.

The bigger picture is that private mobile networks are becoming more vertical-specific. Manufacturing, mining, ports, utilities, defence, transport, healthcare and research institutions are not buying the same thing for the same reason. Some need coverage in difficult environments. Some need deterministic performance. Some need data sovereignty and security. Some need mobility for machines and workers. Some need a platform for future automation.

This is why the technology discussion needs to move beyond LTE versus 5G. The real question is what problem the network is solving. In some cases, private LTE is the right answer today. In others, private 5G is needed from the start. In many deployments, LTE and 5G will coexist, with LTE supporting proven operational services and 5G being introduced where new capabilities justify the investment.

The latest GSA data shows that the private mobile networks market continues to grow, but it is also becoming more nuanced. The next phase will not be measured only by how many customer references are added. It will be measured by how many networks move from trials to production, how many expand from one site to many sites, and how deeply they become integrated into real operational processes.

For enterprises, the lesson is clear: start with the use case, understand the vertical requirements, and then choose the technology. Private networks are not just about owning spectrum or deploying radio equipment. They are about building a reliable, secure and future-ready connectivity layer for business-critical operations.

Related Posts: 

Comments

Post a Comment