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An enhanced lightweight anonymous biometric based authentication scheme for TMIS

机译:用于TMIS的增强型轻量级匿名生物特征认证方案

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In recent past, Mir and Nikooghadam presented an enhanced biometrics based authentication scheme using lightweight symmetric key primitives for telemedicine networks. This scheme was introduced in an anticipation to the former biometrics based authentication system proposed by Yan et al. Mir and Nikooghadam declared that their scheme is invincible against potential attacks while providing user anonymity. Our study and in-depth analysis unveil that Mir and Nikooghadam's authentication scheme is susceptible to smart card stolen attack, moreover anonymity violation is still possible despite the claim of Mir and Nikooghadam. We have utilized the random oracle model in order to perform security analysis. The analysis endorses that the proposed scheme is robust enough to provide protection against all potential attacks specially smart card stolen attack and user anonymity violation attack. Analysis is further substantiated through an automated software application ProVerif. The analysis also shows that proposed scheme is computationally efficient than Mir and Nikooghadam's scheme.
机译:最近,Mir和Nikooghadam提出了一种基于增强的基于生物识别技术的身份验证方案,该方案使用了用于远程医疗网络的轻型对称密钥原语。该方案是在Yan等人提出的基于生物特征的身份验证系统的预期中引入的。 Mir和Nikooghadam宣称他们的方案在提供用户匿名的同时,对潜在的攻击无敌。我们的研究和深入分析表明,Mir和Nikooghadam的身份验证方案容易受到智能卡的窃取攻击,而且尽管Mir和Nikooghadam声称拥有版权,但仍可能违反匿名性。我们利用随机预言模型来执行安全性分析。分析认为,该方案具有足够的鲁棒性,可以抵御所有潜在的攻击,特别是智能卡被盗和用户匿名违规攻击。通过自动化软件应用程序ProVerif进一步证实了分析。分析还表明,提出的方案比Mir和Nikooghadam的方案具有更高的计算效率。

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