IEEE Security & Privacy · 2012 · 32 citations · 4 references
ComputingComputer ScienceElectrical EngineeringComputer SecurityCryptographySecurity ArchitectureCryptographic AlgorithmsCryptographic ArchitectureCryptographic Protocol DesignRadio Frequency SecurityRadio-frequency Identification SystemsWireless Device SecurityEfficiency Trade-offsLightweight Cryptographic ProtocolsLightweight CryptographyRfid PrivacyRfid SecurityRfid System ArchitectureRfid TagsUbiquitous Computing
At first glance, combining the terms "cryptography" and "lightweight" might invite you to think about a lack of security. However, here the combination refers to suitable cryptography for limited devices for which trade offs between performance, security, and cost are highly important. The constraints could be computing power, memory, bandwidth, or vulnerability to attacks. Lightweight cryptography isn't an alter native to traditional cryptography; it's a necessary change of perspective. Indeed, with the growth of ubiquitous devices, protecting security and privacy has become more important than ever. The paper focuses on describing lightweight-cryptography solutions for RFID tags. It examines possible risks and the measures researchers have taken to improve their level of security and privacy.
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Defining Strong Privacy for RFID
Ari Juels, Stephen A. Weis · 2007 · 261 citations
A zero-knowledge based framework for RFID privacy
Robert H. Deng, Yingjiu Li, Moti Yung et al. · Journal of Computer Security · 2011 · 10 citations · Full text