Formal verification of RFID protocols using nuXmv

Guanjie Yuan, Shigong Long
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引用次数: 2

Abstract

The security of Radio-Frequency Identification (RFID) tags are one of the key prerequisites for its commercial application. Due to its limited computing power, formal verification protocols are an important prerequisite to effectively answering the challenges of security in RFID systems. By means of nuXmv, a clear and concise symbolic model checker, a methodology for verifying RFID protocols is put forward. We illustrate this approach by describing our analysis of hash-lock protocol, a well-known RFID protocol. We verified some properties of the protocol and discussed the security issues of hash-lock protocol. We proposed an attacker model which is appropriate for hash-lock protocol.
使用nuXmv正式验证RFID协议
射频识别(RFID)标签的安全性是其商业化应用的关键前提之一。由于其有限的计算能力,正式的验证协议是有效应对RFID系统安全挑战的重要前提。利用简洁明了的符号模型校验器nuXmv,提出了一种验证RFID协议的方法。我们通过描述我们对哈希锁协议(一种众所周知的RFID协议)的分析来说明这种方法。验证了hash-lock协议的一些特性,讨论了hash-lock协议的安全问题。提出了一种适用于哈希锁协议的攻击者模型。
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