Trusted Bytecode Virtual Machine Module: Towards Dynamic Remote Attestation in Cloud Computing

Songzhu Mei, Jiangjiang Wu, Yong Cheng, Jun Ma, Jiangchun Ren, Xiaoxing Li
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引用次数: 1

Abstract

Cloud computing bring a tremendous complexity to information security. Many researches have been done to establish and maintain the trust relationship in cloud. Remote attestation is one of the most important feature of trusted computing. But conventional ways of remote attestation can only attest to the presence of a particular binary. They cannot measure program behavior. Existing dynamic remote attestation technologies can solve some of these problems. But they are not suitable for cloud computing when users lose their control over their critical data and business processes. In our opinion, cloud should give controls back to the users at some extent. So we propose TBVMM, a novel mechanism for cloud computing to fill the trust gap between the infrastructure and upper software stacks. TBVMM will pave a way for establishing better trust relationships in cloud environments.
可信字节码虚拟机模块:面向云计算中的动态远程认证
云计算给信息安全带来了巨大的复杂性。人们对云环境中信任关系的建立和维护进行了大量的研究。远程认证是可信计算最重要的特性之一。但是传统的远程认证方式只能证明特定二进制的存在。它们不能衡量程序的行为。现有的动态远程认证技术可以解决其中的一些问题。但是当用户失去对关键数据和业务流程的控制时,它们就不适合云计算了。在我们看来,云应该在某种程度上把控制权交还给用户。因此,我们提出了TBVMM,一种新的云计算机制来填补基础架构和上层软件堆栈之间的信任鸿沟。TBVMM将为在云环境中建立更好的信任关系铺平道路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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