Standardized RAN Plus Chipset Positioning

The real threat is not a better point solution, it is good enough positioning becoming a built in network feature. Ericsson is now selling 5G location directly through its core and RAN stack, and its August 18, 2026 MediaTek demo showed decimeter accuracy on a commercial network using standardized 3GPP methods. That narrows the set of jobs where a separate middleware layer is worth another vendor, integration, and budget line.1 2 3

• Standardized here means the phone or modem, the radio network, and the core all speak the same 3GPP positioning language. If that stack already delivers sub meter or decimeter performance, a carrier or enterprise can buy location as a feature of the network they are already deploying, instead of adding separate software in the middle.1 2 3
• Nokia is pushing the same buying pattern from the private wireless side. Its Digital Automation Cloud and MX Industrial Edge package connectivity, on premises compute, and high accuracy indoor positioning into one industrial system, which makes location easier to procure as part of a factory or port network refresh.4 5 6
• That leaves standalone vendors strongest where native network positioning still falls short on accuracy, latency, analytics, or workflow depth. The harder moat is not drawing dots on a map, it is turning those dots into safety rules, asset history, robot coordination, and site specific operational data that customers use every day.3 7

Over time, positioning will split into two layers. Native RAN plus chipset capability will cover the broad middle of the market, while independent vendors will move up into specialized software and data products built on top of location streams. The winners will own the workflow after the coordinate is computed, not just the coordinate itself.1 2 4 7