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A Scalable and Untraceable Authentication Protocol for RFID

机译:用于RFID的可扩展和无法跟踪的身份验证协议

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摘要

RFID (Radio Frequency Identification) is recently becoming popular, promising and widespread. In contrast, RFID tags can bring about traceability that causes user privacy and reduces scalability of RFID. Guaranteeing untraceability and scalability at the same time is so critical in order to deploy RFID widely since user privacy should be guaranteed. A large number of RFID protocols were designed in the open literature, but any known protocols do not satisfy untraceability and scalability at the same time to the best of our knowledge. In this paper, we suggest a RFID authentication protocol that guarantees untraceability and scalability together; needless to say preventing several known attacks: replay, spoofing, desyncronization, and cloning by eavesdropping. Our protocol supports ownership transfer and considers multi-tag-reader environment; a reader receives messages from the tags what a reader wants in our protocol. In addition, we address the reason why the item privacy is important, and a way to keep it securely.
机译:RFID(射频识别)最近成为流行,有前途和广泛的。相比之下,RFID标签可以带来导致用户隐私并降低RFID的可扩展性的可追溯性。保证不可遗料和可扩展性同时是如此至关重要,以便广泛部署RFID,因为应该保证用户隐私。在开放文献中设计了大量RFID协议,但任何已知的协议都不满足我们的知识中的同时满足不可能的性和可扩展性。在本文中,我们建议一个RFID认证协议,保证将不可遗传和可扩展性在一起;毋庸置疑地防止了几个已知的攻击:通过窃听,重播,欺骗,不同步和克隆和克隆。我们的协议支持所有权转让并考虑多标签读者环境;读取器从标签接收消息中的读者在我们的协议中获取的消息。此外,我们解决了物品隐私很重要的原因,以及保持安全的方法。

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