Design of 5G power virtual private network automation testing platform based on distributed cloud edge collaborative architecture

In order to solve the problems of low efficiency and difficulty in covering complex scenarios in manual testing, this article proposes an automated testing platform based on cloud edge collaboration, aiming to verify the performance of 5G power virtual private network end-to-end. At the same time, combined with distributed cloud edge collaboration architecture, it improves testing efficiency and scene coverage capability. Elaborate on the design of core modules such as test task orchestration module, resource scheduling module, and test execution module, with particular emphasis on computing edge node capabilities and 5G network slicing simulation. Through testing and result analysis, the effectiveness and practicality of the platform have been verified, providing strong support for the automation testing of 5G power virtual private networks.