基于自主安全的算力基础设施总体架构设计

Overall architecture design of secure and dependable computing infrastructure

面对新科技革命和产业变革的全球算力竞争,提出的自主安全算力基础设施架构设计整合了云计算、自主安全芯片、操作系统和全流程立体安全防护体系,构建了绿色、先进、安全的多元异构大数据底座。系统深度融合高性能计算、边缘计算和人工智能,实现资源池和高性能算力共享,为计算任务提供弹性、自动化和高性能支持。在安全架构上,通过等保2.0“合规防御”“自主安全”和“可信计算”体系,构建了算力平台的安全综合防御体系,强调数据安全和隐私保护。该基础设施为国家和企业在全球算力竞争中提供了可持续、自主安全的高性能计算支持,推动数字经济和产业变革快速发展。

Facing global computing power competition driven by the new technological revolution and industrial transformation,this paper studies the design of a secure and dependable computing power infrastructure architecture.It integrates cloud computing,secure and dependable chips,operating systems and a comprehensive end-to-end security protection system to build a green,advanced and secure heterogeneous big data foundation.The system deeply integrates high-performance computing,edge computing and artificial intelligence to achieve resource pool and high-performance computing power sharing,providing flexible,automated and high-performance support for computing tasks.In terms of security architecture,it constructs a comprehensive security defense system for the computing power platform through compliance defense based on Classified Protection 2.0,secure and dependable systems and trusted computing systems,emphasizing data security and privacy protection.This infrastructure provides sustainable,secure and dependable high-performance computing support for the country and enterprises in global computing power competition,promoting the rapid development of the digital economy and industrial transformation.