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In the context of Industry 4.0, more and more mobile use cases are appearingon industrial factory floors. These use cases place high demands on variousquantitative requirements, such as latency, availability, and more. Inaddition, qualitative requirements such as flexibility are arising. Sincevirtualization technology is a key enabler for the flexibility that is requiredby novel use cases and on the way to organic networking as it is addressed by6G, we investigate container virtualization technology in this paper. We focuson container technology since OS-level virtualization has multiple benefitscompared to hardware virtualization, such as VMs.  Thus, we discuss several aspects of container based virtualization, e.g.selection of suitable network drivers and orchestration tools, with respect tomost important 5GC functions. In addition, the functions have differentquantitative or qualitative requirements depending on whether they arestateless or stateful, and whether the specific function is located at eitherthe control or user plane. Therefore, we also analyze the aforementioned livemigration concepts for the 5GC functions and evaluate them based onwell-defined metrics, such as migration time and process downtime.

Towards Organic 6G Networks: Virtualization and Live Migration of Core Network Functions