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2026-04-01 VDE dialog

Roadmap: 6G as strategic infrastructure

The latest 6G research roadmap is less of a technology roadmap and more of an industrial policy framework. It focuses on standardization, resilience, and the transition to practical applications.

By Martin Schmitz-Kuhl

Roadmap
Bundesministerium für Forschung, Technologie und Raumfahrt

Around the turn of the year – and largely unnoticed by the public – the Federal Ministry for Research, Technology and Space (BMFTR) published its 6G research roadmap. The 23-page document represents less a detailed technical plan than a strategic positioning: 6G is not viewed merely as the successor to 5G, but as the infrastructural foundation for AI-driven value creation, critical infrastructures and industrial real-time systems. This shifts the focus away from higher data rates toward resilience, sovereignty and industrial integration.

The roadmap is anchored in Germany’s High-Tech Agenda within the field of security and defense research. Mobile communications are thus explicitly treated as security-relevant infrastructure. At the same time, international study and pre-standardization processes are underway in bodies such as the ITU and 3GPP. Those who contribute architectural proposals and technical input at this stage will influence the specifications of the first commercial 6G systems expected from 2030 onward. The strategic leverage therefore lies less in later network deployment than in ongoing standardization work.

Operationally, the ministry is focusing on technology transfer structures. At the beginning of 2026, four 6G transfer hubs are to be established, funded with up to €200 million from federal and state sources. These hubs are intended to bring together research institutions, industry partners, and start-ups, and to align existing research more closely with validation and pre-commercial components. The goal is to move technological concepts into real-world application scenarios at an early stage.

Technologically, the roadmap addresses a broad spectrum – from AI-integrated networks and distributed computing architectures to campus networks, (sub-)terahertz communication, and non-terrestrial networks. Application areas cited include automated production, connected mobility, energy supply, and digital healthcare. Whether and to what extent these approaches will result in market-ready systems by 2030 will depend largely on progress in standardization, investment levels, and international cooperation.


About the roadmap:

https://bit.ly/4tDUi99


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