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Impersonation Attack on RFID Authentication Protocol and its Countermeasures

机译:RFID身份验证协议的模拟攻击及其对策

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Due to the well-developed technology and its variety of applications, the Radio Frequency Identifications (RFIDs) are widespread in a broad range of markets. In many applications, the RFID systems need security service such as authentication mechanism to identify tag and resist possible attacks. In 2008, Song et al. proposed a RFID authentication protocol for low-cost tags. Their protocol has the merits of privacy and security properties, and it can stand tag impersonation attack, replay attack, and backward/forward traceability. In this article, we show that their protocol cannot resist server impersonation attack as they declared. An adversary can successfully impersonate as a server to send fake message for verification. We also present countermeasures to fix the flaw. The performance of the improved mechanisms is the same as that of Song et al.'s protocol while the server impersonation attack is avoided.
机译:由于先进的技术及其广泛的应用,射频识别(RFID)在广泛的市场中得到了广泛的应用。在许多应用中,RFID系统需要安全服务,例如身份验证机制,以识别标签并抵御可能的攻击。在2008年,Song等。提出了一种用于低成本标签的RFID身份验证协议。他们的协议具有保密性和安全性的优点,并且可以经受标签模拟攻击,重放攻击以及向后/向前的可追溯性。在本文中,我们证明了它们的协议无法抵抗他们声明的服务器模拟攻击。对手可以成功地模拟为服务器,以发送假消息进行验证。我们还提出了解决该缺陷的对策。改进机制的性能与Song等人的协议相同,同时避免了服务器模拟攻击。

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