Ericsson Taps KTH and NTU Singapore for AI-Driven 6G Research

Ericsson has signed research partnerships with KTH Royal Institute of Technology in Stockholm and Nanyang Technological University (NTU) in Singapore, aiming to advance artificial intelligence techniques and positioning technology for future 6G networks.

The dual-track collaboration places two of the world's better-known engineering universities inside Ericsson's long-range research program. AI and precise positioning sit high on the 6G agenda because both are expected to become native functions of the radio network rather than add-on features.

What does the partnership actually cover?

The work spans two domains that standards bodies have already flagged as central to 6G.

• AI in the network. Machine learning is expected to drive radio resource management, energy efficiency and adaptive antenna behavior in next-generation systems. Academic partnerships give Ericsson access to research talent and published methods ahead of standardization.
• Positioning. Future networks are expected to deliver centimeter-level location accuracy, supporting use cases from industrial automation to autonomous transport. Positioning accuracy improves as spectrum moves higher and antenna arrays grow denser, which makes 6G a natural step change from 5G.

Ericsson already runs 5G positioning work inside 3GPP releases, where positioning has moved from a regulatory requirement for emergency calls toward a commercial capability. The new academic tie-ups extend that trajectory into pre-standard 6G research.

Why two universities, on two continents?

KTH is Ericsson's natural home-market partner. The Stockholm university has a long-standing relationship with the Swedish vendor and a strong radio systems faculty. NTU Singapore gives Ericsson a foothold in Asia, a region where operators in South Korea, Japan, China and Singapore have published some of the most aggressive 6G research timelines.

Singapore, in particular, has positioned itself as a test bed for advanced network research, with government-backed programs supporting next-generation connectivity. A partnership with NTU aligns Ericsson with that national push.

Commercial reality versus research marketing

The announcement is a research collaboration, not a product launch. Ericsson has not tied the work to any specific network deployment, customer contract or commercial timeline.

That distinction matters. 6G standardization work in 3GPP is not expected to produce a first specification before the end of the decade, with commercial networks widely anticipated around 2030. Anything the KTH and NTU researchers produce today feeds a pipeline whose payoff sits years ahead.

For Ericsson, the practical value is defensive as much as exploratory. The vendor is competing with Nokia, Huawei and ZTE for early 6G intellectual property, and patents filed during this pre-standard phase tend to shape the terms of the eventual standards-essential patent landscape.

What does this change for operators and vendors?

In the near term, nothing on live networks. The change is positional: Ericsson secures research capacity in two regions that will influence how 6G AI and positioning features are specified, and it gains early sight of methods that could reach 3GPP study items once 6G work formally begins.

For operators, the signal is that positioning is likely to become a monetizable network capability rather than a compliance burden, and that AI-native air interfaces are moving from concept papers toward standardization input.

Ericsson has not disclosed the financial terms of the partnerships or a fixed research duration. The company's stated focus remains preparing the technology foundation that 6G standardization will draw on as work ramps up through the second half of the decade.