中图分类号：TP393.；0 文献标志码：A DOI: 10.16157/j.issn.0258-7998.245310
中文引用格式： 杨元瑾，何刚，阮志成. 基于自主安全的算力基础设施总体架构设计[J]. 电子技术应用，2024，50(10)：82-87.
英文引用格式： Yang Yuanjin，He Gang，Ruan Zhicheng. Overall architecture design of secure and dependable computing infrastructure[J]. Application of Electronic Technique，2024，50(10)：82-87.

Overall architecture design of secure and dependable computing infrastructure

Abstract： 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.

Key words : computing power；secure and dependable；architecture design；PKS