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Software Complexity Based Remote Attestation

机译:基于软件复杂性的远程认证

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The trustworthiness given to remote platform by service provider is the base to network access authorization, but it's hard for service provider to get the real state of remote platforms without hardware support such as built-in TPM, and therefore to trust them. This paper presents a remote attestation mechanism in which a trusted agent is assured to measure and report to the service provider the state related information of its resided platform. To achieve this remote attestation process in an open environment without hardware support, increasing the software complexity is an effective choice. Software obfuscation can make the program more complicated for the software reverse engineering hard to work, and if the agent can also work independently to the services supplied by the resided platform, it can thus be trusted by its distributor during a significant period.
机译:服务提供商对远程平台的信任度是网络访问授权的基础,但是如果没有内置TPM等硬件支持,服务提供商就很难获得远程平台的真实状态,因此很难信任它们。本文提出了一种远程证明机制,在该机制中,可信任的代理可确保测量并向服务提供商报告其驻留平台的状态相关信息。为了在没有硬件支持的开放环境中实现此远程证明过程,增加软件复杂性是一种有效的选择。软件混淆会使程序变得更复杂,从而使软件难以进行逆向工程,并且如果代理也可以独立于驻留平台提供的服务工作,则可以在相当长的一段时间内被其分发者信任。

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