With 6G standardization set to begin between 2027 and 2029, and commercial deployments anticipated by 2030, a passive waiting approach is no longer viable for technology vendors and service providers.
To help the industry prepare, Comarch Communications experts have published a new white paper, “6G – A Path Towards AI-Native Generation of Networks,” exploring the fundamental shifts defining the next decade of connectivity.
Unlike 5G, where artificial intelligence was implemented as an external add-on, 6G will be the first intrinsically “AI-native” network generation. This marks a critical transition from traditional network automation to full autonomy, where networks will be driven by high-level human intents delegated to persistent AI agents.
To enable this autonomy, the white paper details how 6G relies on internal Digital Twins and Knowledge Graphs. Acting as the network’s brain, these abstraction layers enable AI agents to collaborate, perform autonomous root-cause analysis, and predict behavior in real time.
Furthermore, 6G introduces Integrated Sensing and Communications (ISAC), transforming the network “from pipe to perceiver”. By turning base stations into massive, distributed radar sensors, the network can detect moving obstacles and optimize coverage. The publication also highlights the integration of Non-Terrestrial Networks (NTN), seamlessly merging satellites and drones into a unified Space-Air-Ground-Sea entity.
This white paper provides strategic insights into the standardization roadmap, helping operators prepare for an open, innovative, AI-driven ecosystem without repeating 5G’s deployment mistakes.
