支持RFID的电子商务环境中的轻量级安全方案

G. Gódor, Marton Cserbak
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引用次数: 0

摘要

随着RFID技术变得无处不在,这些系统的安全性也理应受到更多关注。它的使用领域包括个人识别、供应链管理系统等等。市场上有许多种类的RFID标签,它们在存储和计算能力上都有所不同。由于标准的信息技术意味着所有标签的容量都很小,因此计算机网络中使用的安全机制并不适用。对于计算量较大的昂贵标签,开发了许多安全的通信协议,而对于价格低廉的低端标签,则只有少数轻量级的通信协议。本文介绍了一种基于计算量最小的算子,即排他函数的求解方法。通过在RFID系统中引入两个而不是一个标签,我们的方案提供了与轻量级协议相媲美的安全解决方案。同时,我们的方案不要求标签进行任何计算步骤。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A lightweight security scheme in RFID enabled E-commerce environments
As RFID technology is becoming ubiquitous, the security of these systems gets - as it should - much attention. Its fields of usage include personal identification, supply-chain management systems, and many more. Many kinds of RFID tags are available on the market which differ both in storage, and computational capacity. Since by standard IT means all the tags have small capacities, the security mechanisms which are in use in computer networks are not suitable. For expensive tags with relatively large computational capacities many secure communication protocols were developed, for cheap low-end tags, only a few lightweight protocols exist. In this paper we introduce our solution, which is based on the least computation demanding operator, the exclusive or function. By introducing two tags instead of one in the RFID system, our scheme provides security solutions which are comparable with those provided by the lightweight protocols. In the meantime, our scheme does not demand any computational steps to be made by the tag.
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