基于可信计算的电力可信云终端设计

为了增强电力云计算系统应对恶意攻击的能力,降低安全风险,文章提出一种基于可信计算的网络安全防护技术。通过在电力云终端嵌入可信计算芯片,采用完整性度量、信任链传递等可信计算框架下的方法实现电力云终端自身的安全可信。通过构建可信电力私有云,实现可信电力云终端安全接入,提高电力云系统面对恶意攻击的主动防御能力。

Design of Electric Trusted Cloud Terminal Based on Trusted Computing

To enhance the capacity of counteracting malicious attacks for electric cloud computing systems, and reduce security risks, this paper proposes a network security protection technology based on the trusted computing technology, which embeds the trusted computing chip into electric cloud terminals, uses the integrity measurement technology and the trust chain transmission technology from the trusted computing framework to ensure electric cloud terminals secure and trustable. The construction of the trusted electric private cloud makes trusted electric cloud terminals secure access, and improves the active defense ability of electric cloud systems in the case of malicious attacks.