Design of Security Control Framework for Power System Microservices

With the development of power system, the data complexity and function hybridity of business system are getting higher, which brings new challenges to the traditional microservices security system of business system. In order to meet the large-scale API interface authorization requirements of the business system, improve the sensitivity of the security system to abnormal traffic, and enhance the system's ability to determine the source of the exception and trace the audit, this paper proposes a microservices security control framework to deal with complex business systems. Using Netty as the underlying framework, combined with data encryption and other technologies, it can realize the data transmission security of business data, user rights security and other functions, effectively addressing the demand for high availability of security services in the actual power system business environment.