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A remote attestation model in distributed environment

机译:分布式环境中的远程证明模型

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As for the limitation of static information verification in the current remote attestation models, this paper presents a novel remote dynamic attestation model named BTRAM (Behavior based Trust Remote Attestation Model) which is based on the user behavior trustworthiness and attribute-based access control. In this model, a verifier proxy is used to verify the requestor. Meanwhile, the executive process and formal description are given in this paper. Finally, a performance analysis is given to the model. Based on the dynamic behavior of the communication entities, the model can not only achieve dynamic authorization, but also overcome the complex management issue of role-based remote attestation. Using a verifier proxy to verify the trustworthiness of requestor can avoid the leakage of requestor-platform's configuration, which may cause an attack to the requestor. Taking user behavior evidence as a trusted evaluation factor makes remote attestation more trustworthy than traditional remote attestation mechanism based on platform identity and integrity.
机译:至于当前远程证明模型中静态信息验证的限制,本文提出了一个名为BTRAM的新型远程动态认证模型(基于行为的信任远程证明模型),其基于用户行为可靠性和基于属性的访问控制。在此模型中,验证器代理用于验证请求者。同时,本文提出了执行流程和正式描述。最后,给出了模型的性能分析。基于通信实体的动态行为,模型不仅可以实现动态授权,还可以克服基于角色的远程证明的复杂管理问题。使用验证程序代理验证请求者的可信度可以避免请求者平台配置的泄漏,这可能会导致攻击请求者。将用户行为证据作为可信赖的评估因素,这比基于平台标识和完整性的传统远程认证机制更加值得信赖。

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