Who Will Govern 6G? Digital Infrastructure, Platform Dependence, and Technological Sovereignty

The next generation of mobile communications is often described as simply the successor to 5G. In technical terms this is correct. Research on the next generation points to improvements in data throughput, latency, and network intelligence that could enable applications such as immersive communication, digital twins, autonomous systems, and AI native infrastructure.

However, the development of 6G raises a broader question that extends beyond engineering: who will govern the digital infrastructure on which future technologies depend?

A useful historical analogy can be found in the early history of the printing press. The invention of movable type in the mid-fifteenth century dramatically increased the capacity to reproduce written knowledge. Yet the widespread circulation of information did not follow automatically. Access to printed material depended on institutions such as universities, libraries, publishing systems, and legal frameworks governing literacy, ownership, and censorship. In other words, the technology created new possibilities, but the institutions surrounding it determined how knowledge would circulate.

History may repeat itself with this next generation of digital infrastructure. 6G communication networks promise unprecedented connectivity and computational capability, but their broader societal impact will depend on how the systems are governed, standardised, and integrated into digital ecosystems.

Telecommunications generations do not emerge solely from technological breakthroughs. They are shaped through international coordination, institutional frameworks, and standard-setting processes.

In December 2023, the International Telecommunication Union (ITU) adopted Recommendation ITU-R M.2160 establishing the IMT-2030 framework that will guide the development of 6G mobile systems. As with previous generations of mobile technology, from IMT-2000 (3G) to IMT-2020 (5G), candidate technologies will be submitted, evaluated, and eventually standardised through a global process expected to conclude around 2030.

Alongside international standard setting processes, national strategies are also beginning to shape the future of 6G. Countries such as China, India, and Brazil have already launched research initiatives and policy programmes aimed at influencing the development of next generation networks. These initiatives range from national research platforms and industrial partnerships to participation in global standardisation processes. The development of 6G is therefore unfolding not only as a technological transition, but also as a strategic effort by states to influence the architecture of future digital infrastructure.

This highlights a reality which is often overlooked: global communications infrastructure is governed long before technologies reach the market.

The history of technological change suggests that infrastructure alone does not determine how innovation unfolds. Just as the printing press transformed society only once institutions emerged to organise the circulation of knowledge, the future impact of 6G will depend not only on engineering breakthroughs but on the governance structures that shape its development. Understanding these institutional dynamics may ultimately prove just as important as understanding the technologies themselves.