Proving Unlinkability Using ProVerif Through Desynchronised Bi-Processes

David Baelde, A. Debant, S. Delaune
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引用次数: 1

Abstract

Unlinkability is a privacy property of crucial importance for several systems such as mobile phones or RFID chips. Analysing this security property is very complex, and highly error-prone. Therefore, formal verification with machine support is desirable. Unfortunately, existing techniques are not sufficient to directly apply verification tools to automatically prove unlinkability. In this paper, we overcome this limitation by defining a simple transformation that will exploit some specific features of ProVerif. This transformation, together with some generic axioms, allows the tool to successfully conclude on several case studies. We have implemented our approach, effectively obtaining direct proofs of unlinkability on several protocols that were, until now, out of reach of automatic verification tools.
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通过非同步双进程使用ProVerif证明不可链接性
不可链接性是一种对手机或RFID芯片等系统至关重要的隐私属性。分析这个安全属性非常复杂,而且非常容易出错。因此,有机器支持的正式验证是可取的。不幸的是,现有的技术不足以直接应用验证工具来自动证明不可链接性。在本文中,我们通过定义一个简单的转换来克服这个限制,这个转换将利用ProVerif的一些特定特性。这种转换,加上一些一般公理,使该工具能够成功地总结几个案例研究。我们已经实现了我们的方法,有效地获得了几个协议的不可链接性的直接证明,到目前为止,这些协议是自动验证工具无法达到的。
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