基于多内核的操作系统内生安全技术OACSTPCD

With the trend of digitization,intelligence,and networking sweeping the world,functional security and network security are increasingly intertwined and overlapping,evolving into endogenous security issues.The operating system is an important component of computer systems and the cornerstone of software architecture,and operating system level endogenous security is crucial.The dynamic heterogeneous redundant architecture based on mimetic defense is a key technology for achieving endogenous security in operating systems.However,it currently faces challenges such as single kernel operating systems not supporting endogenous security,lack of operating system level endogenous security solutions,and incomplete design of operating system level consensus mechanisms.This article analyzes and designs an embedded security architecture for operating systems,heterogeneous redundancy mechanisms,efficient communication,and consensus mechanisms,and proposes a multi kernel based embedded security technology solution for operating systems.