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Cryptanalysis of mutual ultralightweight authentication protocols: SASI RAPP

机译:相互超轻量级认证协议的密码分析:SASI和RAPP

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Radio Frequency Identification (RFID) is among the widely deployed identification scheme. Massive deploymentof RFID systems has also raised many security related issues which in return evokes the need of security algorithms and authentication protocols. To make the system practically feasible many Ultralightweight Authentication protocols have appeared in the prose, these Ultralightweight Protocols uses simple bitwise logical operations. Disastrously, all of these protocols are susceptible to the attacks. In this paper we have performeda comparative analysis (cryptanalysis) of the two protocols; Strong Authentication and Strong Integrity (SASI) and RFID Authentication Protocol based on Permutation (RAPP). Finally we have also projected a novel ultralightweight mutual authentication protocol; Advanced SASI, which combats against all possible attacks and cryptanalysis. Finally, a comparison of Advanced SASI with SASI and RAPP has also been performed to highlight robustness of the newly proposed algorithm as compare to its contending algorithms.
机译:射频识别(RFID)是广泛部署的识别方案之一。 RFID系统的大规模部署还提出了许多安全相关问题,其中返回唤起了安全算法和认证协议的需要。为了使系统实际上可行的许多超级级别认证协议出现在散文中,这些超高级级协议使用简单的按位逻辑操作。灾难性地,所有这些协议都容易受到攻击的影响。在本文中,我们已经进行了两种协议的比较分析(密码分析);基于置换(RAPP)的强验证和强度完整性(SASI)和RFID认证协议。最后,我们还投影了一种新颖的超级级别相互认证协议;先进的SASI,对抗所有可能的攻击和密码分析。最后,还执行了与SASI和RAPP的高级SASI的比较,以突出新提出的算法的稳健性,与其竞争算法相比。

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