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An Enhanced Biometric Based RFID Authentication Scheme Defending Against Illegitimate Access

机译:增强的基于生物特征的RFID身份验证方案,防范非法访问

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Radio-frequency-identification (RFID) technology has been widely used to identify the RFID-Tags associated with objects through RFID-Reader using electromagnetic signals. The rapid growth of RFID technology is also accompanied by contemporary security challenges and threats. The highly secure authentication protocol is obligatory to overcome security challenges. Recently Srivastava et al. have proposed a Hash-biometric based authentication protocol for RFID Systems to resist the security threats. However, this study points out that Srivastava et al. scheme is vulnerable to 1) Possible Stolen Verifier Attack 2) Anonymity and Traceability Issue 3) Impersonation Attack by illegitimate user 4) Insider Attack. An enhanced and efficient protocol is presented in this paper for RFID Systems based on biometric authentication to handle security challenges and attacks found in Srivastava et al. scheme. The proposed protocol is formally tested and verified through well-known security automated tool (ProVerif). The proposed protocol is adequately secure and has a preferable efficiency in contrast to the other existing schemes.
机译:射频识别(RFID)技术已被广泛用于通过使用电磁信号的RFID阅读器来识别与对象相关的RFID标签。 RFID技术的快速发展还伴随着当代的安全挑战和威胁。高度安全的身份验证协议必须克服安全挑战。最近,Srivastava等人。已经提出了用于RFID系统的基于哈希生物特征的认证协议,以抵抗安全威胁。但是,这项研究指出Srivastava等人。方案容易受到以下攻击:1)可能的验证者攻击被盗2)匿名和可追溯性问题3)非合法用户的冒名顶替攻击4)内部攻击。本文针对基于生物特征认证的RFID系统提出了一种增强而高效的协议,以应对Srivastava等人发现的安全挑战和攻击。方案。通过众所周知的安全自动化工具(ProVerif)对提出的协议进行了正式测试和验证。与其他现有方案相比,所提出的协议具有足够的安全性并具有较好的效率。

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