Organic Networks
Every network functionality is essentially a software program. Starting from this premise, we assume that 6G core network architecture will enable real-time migration of functionality and user information to any suitable compute and storage unit within the environment and its automatic configuration for supporting the communication requirements.
This design adapts in near-real-time to current demands and available infrastructure by merging operator-owned and third-party resources into an infrastructure plane. This plane supports nomadic and mobile networks, as well as third-party compute resources connected through both reliable and unreliable links, creating a transparent infrastructure layer.
Above this infrastructure layer, the RAN and Core Functionality continuum offers a new approach that continuously morphs itself, adjusting to momentary needs and available infrastructure. This continuum includes near-real-time functionality in the RAN, device control, and a dynamically allocated data plane.
To achieve this flexibility, an automated network management system oversees both the infrastructure and the 6G functionality, ensuring that all operations are transparent to the network operator. This automated management enables seamless adjustments to meet evolving requirements while maintaining maximum network utility in terms of performance, quality of the offered service, reliability, security and energy efficiency.
This concept was developed as part of the BMBF Open6GHub project.