Cloud Native Network Security Architecture Strategy under Zero Trust Scenario

Zero Web of trust access is an IT security solution that provides secure remote access to organizational applications, data and services based on Well-defined expression access control policies. But in the cloud native scenario, the load reconfiguration strategy under the zero trust gateway and Microservices side vehicle model architecture needs to be solved urgently. Based on the understanding of the zero trust mechanism of cloud native Microservices system, this paper analyzes the genetic defects in the inherent mechanism of cloud native, especially the service governance framework mechanism, from a new perspective. These genetic defects will not disappear with the intergenerational development of mobile cloud native. Therefore, they are also known as the endogenous security common problems of cloud native. This article presents the endogenous security threats that may be introduced by security flaws such as "default information authenticity" and "ubiquitous data visibility". Guided by the theory of endogenous security in cyberspace, it proposes the idea and method of using "zero trust" to break the "default trust" and using "implicit mapping" to achieve "limited visibility" of user data to solve the common problems of cloud native endogenous security, And a new zero trust gateway architecture ecology and corresponding applicability function quantification load balancing strategy have been reconstructed. Experiments show that the zero trust architecture and quantification function proposed in this paper are progressiveness.