6GEM General Assembly 2025: A Glimpse into the Future of 6G Technologies

The program featured inspiring keynote presentations, an inspiring poster and demo exhibition with over 50 research posters and 25 live demonstrations, as well as an impressive lineup of on-site test field demonstrations, which translated research into tangible scenarios:

• Intralogistics: A 6G edge-cloud enabled Evobot demonstrated highly responsive, autonomous warehouse navigation.
• Mobility: Immersive teleoperation was showcased in a scaled-down automotive and logistics test environment, enhanced by real-time digital twins.
• Production: A testbed featured mmWAVE connectivity in a production-like setup, emphasizing ultra-reliable low-latency communication in industrial settings.
• Rescue Robotics: Robots were operated using real-time control made possible through ROS2-based systems with 6G-capable latency and resilience.

The agenda also included invited industry talks, offering practical perspectives regarding the critical role of 6G in enabling safe and responsive teleoperation and the transfer of 6G research into industrial applications.

Beyond the technology, the event served as a valuable platform for networking and interdisciplinary exchange, underlining 6GEM’s commitment to bridging the gap between research and real-world implementation.

The 6GEM General Assembly 2025 clearly demonstrated how 6G technologies are evolving from concept to reality—driving innovation across logistics, mobility, production, and robotics.

6GEM TU Dortmund Team will present selected outcomes from the General Assembly at the upcoming 6G Conference in Berlin, including key demos and findings from the test fields.

Meet us there to continue the discussion and explore the next steps on the road to 6G.

Watch impressions from the event here: