Design and Implementation of Electrical Information System Network Security Verification Method

Factory and main stations must be secured from multiple angles as part of the power information system network asset security. Proposing a networked asset security verification program that satisfies security criteria for power systems is imperative, given the current norms and standards. In addition to providing clear security verification criteria and comprehensive work recommendations for the safety certification of networked assets, this article normalizes and standardizes the security verification procedure. To facilitate quick information exchange between the manufacturing station and the verification device, the power system's network asset security verification model has been built to layer up the information collection layer and identify the storage and safety verification layers. The verification device is designed with modular thinking in mind. Regression techniques ensure the collected content is accurate, and a multi-layer random forest algorithm is employed to detect security verification irregularities. The power system's networked asset security verification device has significantly increased safety verification efficiency and has the prerequisites for widespread use. Ultimately, experimental verification and real-world engineering applications were conducted.