Microservice-based Fault Management Platform and Mechanism in Power Communication Network

The power communication network uses SDN and NFV technology to improve the utilization of network resources, while bringing the characteristics of on-demand expansion and dynamic migration to the network. These new features pose new challenges to network fault management. To solve the problem that the existing research results lack an efficient fault management platform and mechanism for front-line maintenance personnel, this paper proposes a micro-service-based fault management platform and mechanism. Firstly, according to the technical composition and characteristics of the power communication network, the power communication network architecture is designed. Secondly, in order to make the network fault management mechanism programmable, fast adaptive, and dynamic, a fault management platform architecture based on microservices is designed according to the power communication network model, and the operation mechanisms of four business services, data collection, data processing, data analysis, and data view, are designed in detail. Finally, the feasibility of the platform and mechanism is analyzed from the four levels of the technical architecture.