An Enhanced of Secure Authentication Scheme for the Internet of Things

Marwa Ahmim, Abderrahmane Adjabi, Ahmim Ahmed, Sarra Namane
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Abstract

In this paper, we cryptanalyze the authentication scheme proposed by Wang et al. [1] by pointing out that their scheme of authentication is vulnerable to several attacks. Afterwards, an Enhanced Secure Authentication Scheme (E-SAS) is presented to solve the security flaws of SAS. The informal security analysis and the formal security verification by the AVISPA tool illustrate that E-SAS is secure face to several active and passive security attacks. Therefore, the performance and security comparisons demonstrate that the E-SAS ensures robust security with less communication and computational overhead.
一种增强的物联网安全认证方案
本文对Wang等人提出的认证方案进行了密码分析,指出其认证方案容易受到多种攻击。随后,提出了一种增强型安全认证方案(Enhanced Secure Authentication Scheme, E-SAS)来解决SAS的安全缺陷。非正式的安全分析和AVISPA工具的正式安全验证表明,面对多种主动和被动的安全攻击,E-SAS是安全的。因此,性能和安全性比较表明,E-SAS以较少的通信和计算开销确保了强大的安全性。
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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