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Security Analysis on a Family of Ultra-lightweight RFID Authentication Protocols
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BibTeX
@MISC{Li_securityanalysis,
author = {Tieyan Li and Guilin Wang and Robert H. Deng},
title = {Security Analysis on a Family of Ultra-lightweight RFID Authentication Protocols},
year = {}
}
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Abstract
Abstract — In this paper, we analyze the security vulnerabilities of a family of ultra-lightweight RFID mutual authentication protocols: LMAP [13], M 2 AP [14] and EMAP [15], which are recently proposed by Peris-Lopez et al. We identify two effective attacks, namely de-synchronization attack and full-disclosure attack, against their protocols. The former permanently disables the authentication capability of a RFID tag by destroying synchronization between the tag and the RFID reader. It can be carried out in just single round of interaction in the authentication protocols. The latter completely compromises a tag by extracting all the secret information stored in the tag. It is accomplished across several runs of the protocols. Moreover, we point out the potential countermeasures to improve the security of above protocols. Index Terms — RFID authentication, security and privacy, ultra-lightweight primitives I.
Keyphrases
ultra-lightweight rfid authentication protocol security analysis de-synchronization attack security vulnerability authentication capability ultra-lightweight rfid mutual authentication protocol potential countermeasure rfid tag single round index term rfid authentication rfid reader secret information former permanently ultra-lightweight primitive effective attack several run authentication protocol full-disclosure attack peris-lopez et al
