While global 5G coverage is still maturing, major technology nations and standards bodies have already launched the research and standardization processes for 6G — targeting commercial deployment by 2030.
What Will 6G Actually Deliver?
Beyond raw speed (theoretically 100x faster than 5G at ~1 Tbps), 6G is being designed around three new paradigms: native AI integration into the network fabric itself, sub-millisecond latency for true real-time control, and sensing capabilities that transform the network into a spatial computing platform.
The Race for Standards Dominance
- ITU-R IMT-2030: The global standards body has published its framework for 6G requirements, with commercial standards expected by 2028.
- South Korea & Japan: Both nations have committed to government-backed 6G programmes, aiming for pilot deployments by 2026.
- The US: The Next G Alliance, backed by major US telecoms and tech companies, is actively lobbying for US leadership in 6G standards — a direct response to Huawei's dominance in early 5G patenting.
Implications for Enterprise Architecture
For enterprises planning their 5-10 year technology roadmaps, the arrival of 6G will trigger a fundamental rethink of edge computing, IoT sensor density, and real-time data processing pipelines. Systems designed today should prioritize network-agnostic abstractions that can evolve as connectivity improves.
Our Perspective
The most exciting 6G use case for industrial software is native AI inference at the network layer. Imagine AI models running at the carrier level, with results delivered to applications with zero observable latency. This fundamentally changes product architecture possibilities for the next generation of enterprise applications.