A Lightweight Protocol Analysis and Modification for Secure RFID System

Hyun Seok Kim, Jin-Young Choi
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Abstract

A radio frequency identification (RFID) is an important part in mobile and ubiquitous domain, and brings enormous productivity benefits in applications where objects require automatic identification. However, this pervasive use of RFID tags opens up the possibility of various attacks that violate user privacy and authentication. Security mechanisms for RFID systems are therefore of the utmost important. In this paper, the RFID security protocols (HB++[first] and HB++[second]) presented in Bringer et al. are shown to be vulnerable to active attacks and a modified solution is presented. Some of the security violations that may occur and possible remedies that were provided in the literature are discussed. Finally, the modifications to HB++, a recent variant of HB is proposed.
安全RFID系统的轻量级协议分析与修改
射频识别(RFID)是移动和无处不在领域的重要组成部分,在需要对象自动识别的应用中带来了巨大的生产力效益。然而,RFID标签的广泛使用为侵犯用户隐私和身份验证的各种攻击提供了可能性。因此,RFID系统的安全机制至关重要。在本文中,Bringer等人提出的RFID安全协议(HB++[第一]和HB++[第二])容易受到主动攻击,并提出了一种改进的解决方案。讨论了文献中提供的一些可能发生的安全违规和可能的补救措施。最后,对HB的最新变体hb++进行了修改。
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