基于拟态防御技术的API网关安全防护方法OA

Given the challenges posed by conventional defense methods in effectively protecting API gateways from vulnerabilities,viruses,and backdoor threats,we propose an API gateway security method based on mimetic defense technology.Initially,the gateway constructs decision metrics for executors using entropy-based heterogeneity and internal-external security evaluations.Next,a randomized scheduling mechanism is employed to select trusted executors.Finally,a feedback mechanism dynamically adjusts the trusted executors,achieving a closed-loop security defense that adapts to threats without relying on any predetermined execution conditions.Experimental results demonstrate that the proposed algorithm offers practical advantages over priority-based scheduling algorithms.