在RFID ISO/IEC 15693系统中保护隐私的跨层方法

Francois Achard, O. Savry
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引用次数: 11

摘要

本文提出了一种基于RFID特别是ISO/IEC 15693标准的跨层保护“物联网”隐私的实现方法,以防止标签被窃听、浏览或跟踪等威胁。我们将物理层的解决方案与噪声读取器合并,该读取器确保了从标签到读取器的通信,并使用轻量级对称分组密码PRESENT实现了简单的挑战响应协议,仅需要1570个门。唯一标识符的使用得到了保障,以确保向后兼容性和简单的所有权转移,将对其标记的完全控制权交还给用户。向后和向前的隐私始终保留,而售后服务和电子保证仍然是可能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A cross layer approach to preserve privacy in RFID ISO/IEC 15693 systems
This paper presents an implementation of a cross layer approach to preserve privacy in the “Internet of Things” based on RFID and especially ISO/IEC 15693 standard, preventing from threats like eavesdropping, skimming or tracking of tags. We merge a solution at physical layer with a noisy reader which secures the communication from tag to reader, with a simple challenge-response protocol implemented with a lightweight symmetric block cipher PRESENT requiring only 1570 gates. The use of unique identifier has been safeguarded to ensure backward compatibility and a simple ownership transfer giving back to the user a full control on his tags. Backward and forward privacy are always preserved whereas after sale services and electronic warranties remain possible.
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