Authenticate Key Agreement Protocol is a crucial and yet imperative Cryptographic parameter to establish a secure transaction over a public channel. To land such secured transaction a Three Party Authenticate Key Agreement Protocol is the procedure where a Secured server verifies the authenticity of a genuine user. There is an ample number of scholars working on Three Party Authenticate Key Agreement Protocols. In recent past, Chen-et al designed a new Three Party Password based Authenticate Key Exchange Protocol which is secured against the Stolen-Smart-Card Attack and User Impersonation Attack. It means even though a smart card of a genuine user gets lost and an adversary finds it, he is unable to launch any kind of Attack. Unfortunately Chen et. al. $\mathrm{\pmb{s}}$ protocol remains unforeseeable to achieve User Anonymity. This User Anonymity problem makes their protocol vulnerable towards the DOS-Attack and it becomes more prone to it. In this paper we explain how Chen et. al.'s protocol is endangered to DOS-ATTACK as it lacks to reach out for User Anonymity.


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    Title :

    Cryptanalysis of a Three-Party Password Authenticated Key Exchange Protocol Resistant to Stolen Smart Card Attacks


    Contributors:


    Publication date :

    2018-03-01


    Size :

    1712110 byte




    Type of media :

    Conference paper


    Type of material :

    Electronic Resource


    Language :

    English



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