弥合软件认证和可信计算之间的差距,确保云计算的安全

A. Muñoz, A. Maña
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引用次数: 12

摘要

尽管软件安全认证具有重要的优势;其中我们强调,它允许通过证明安全属性来增加用户的信任。然而,在大多数情况下,作为认证主体的系统被认为是整体的。这一事实意味着,现有的认证方案不支持云计算场景中所需的组件动态更改。在现有的认证方案中,证书是指产品或系统的特定版本,系统结构的变化需要一个重新认证的过程。我们提出了一种基于软件认证技术和基于硬件的认证相结合的解决方案,正如可信计算技术所提供的那样。同样,我们的方法的主要目标是弥补软件认证与硬件认证之间存在的差距,从而为使用可信计算技术的整个系统认证提供解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bridging the GAP between Software Certification and Trusted Computing for Securing Cloud Computing
Despite the fact that software security certification has important advantages; among these we highlighted that it allows to increase users' trust by means of attesting security properties. However, in most of cases the system that is subject of certification is considered to be monolithic. This fact implies that existing certification schemes do not provide support for dynamic changes of components as required in Cloud Computing scenarios. In existing certification schemes certificates refer to a particular version of the product or system, changes in the system structure require a process of recertification. We propose a solution based on the combination of software certification techniques and hardware-based certification, as those provided by the Trusted Computing technology. Likewise, the main target of our approach is bringing the gap existing between the software certification and the means for hardware certification, in order to provide a solution for the whole system certification using Trusted Computing technology.
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