The thesis focuses on the establishment and configuration of a private 5G core network using the open-source package Open5GS. The main objective is to implement key elements of the core network in a Docker environment and verify the network's functionality using the UERANSIM simulator.
The introduction presents the goals and the importance of using open-source solutions for private 5G networks. The theoretical part covers the basics of 5G technology, the core network architecture, the Open5GS project, and the use of Docker. The implementation section describes the setup of a Docker environment for Open5GS, the configuration of core elements, and the integration of the simulator.
The discussion analyzes the advantages and challenges of open-source solutions and concludes that the combination of Open5GS and Docker provides a flexible and cost-effective solution for private 5G networks with great potential for customization and innovation in telecommunications.
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