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The revolution in information management, brought about in recent years by advances in computer science, has presented many challenges in the field of security and privacy technology.This book presents the proceedings of RFIDsec12 Asia, the 2012 workshop on radio frequency identification RFID and the internet of things IoT Security held in Taipei, Taiwan, in November 2012. RFIDsec12 Asia provides researchers, enterprises and governments with a platform to investigate, discuss and propose new solutions to security and privacy issues relating to RFID/IoT technologies and applications.Some of the topics covered in the nine
The increasing reliance on sophisticated computer technology for the management of data and information in developed and developing societies means that security and privacy technologies are also of great importance everywhere in the world. This book presents papers from the 2014 Workshop on Radio Frequency Identification System Security, RFIDsec’14 Asia, held in Hualien, Taiwan, in November 2014. This workshop aimed to provide researchers, enterprises and governments with a platform to investigate, discuss and propose new solutions for the security and privacy issues of technologies and applications related to RFID and the Internet of Things (IoT). Topics covered include the implementation of passive UHF RFID tags; practical NFC privacy-preserving applications; the design of multi-ownership transfer protocols; and lightweight authentication of RFID. The five high-quality papers included here will be of interest to all those involved in improving the security of computerized systems, wherever they are.
Radio frequency identification (RFID) systems use RFID tags to annotate and identify objects. When objects are processed, an RFID reader is used to read information from the tags attached to the objects. The information will then be used with the data stored in the back-end databases to support the handling of business transactions. Like any information technology (IT), radio frequency identification (RFID) presents security and privacy risks that must be carefully mitigated through management, operational, and technical controls in order to realize the numerous benefits the technology has to offer. When practitioners adhere to sound security engineering principles, RFID technology can help a wide range of organizations and individuals realize substantial productivity gains and efficiencies. These organizations and individuals include hospitals and patients, retailers and customers, and manufacturers and distributors throughout the supply chain. This chapter provides an overview of RFID technology, the associated security and privacy risks, and recommended practices that will enable organizations to realize productivity improvements while safeguarding sensitive information and protecting the privacy of individuals. While RFID security is a rapidly evolving field with a number of promising innovations expected in the coming years, this chapter also focuses on controls that are commercially available today.
The book covers many topics, including unconditionally secure RFID systems, dynamic RFID tag authentication, RFID ownership transfer, fingerprinting RFID tags, and secure RFID-supported supply chains.
? RFIDSec2010,the6thworkshoponRFIDSecurity,washeldinIstanbul,Turkey, June 8–9, 2010. The workshop was sponsored by the FP7 Project ICE (Grant Agreement No: 206546) of The Scienti?c and Technological Research Council of Turkey—National Research Institute of Electronics and Cryptology ¨ ? (TUBITAK-UEKAE). Theworkshopattractedarecordnumberof47submissionsfrom23countries, of which the Program Committee selected 17 for publication in the workshop proceedings,resulting in an acceptance rateof 40%. The review process followed strict standards: each paper received at least three reviews. The Program C- mittee included 31 members representing 13 countries and 5 continents. These members were carefully selected to represent academia, industry, and gove- ment,aswellastoincludeworld-classexpertsinvariousresearch?eldsofinterest to RFIDSec. The Program Committee was supported by 38 external reviewers. Additionally, the workshop included three excellent invited talks. Ari Juels from RSA Laboratories discussed his vision of RFID security, in a talk entitled “The Physical Basis of RFID Security. ” Pim Tuyls from Intrinsic-ID described his experiences in a talk entitled “Hardware Intrinsic Security. ” Serge Vaudenay from EPFL discussed his vision of privacy in RFID systems in a talk entitled “Privacy Models for RFID Schemes. ” I deeply thank A. Murat Apohan and Serhat Sa? gd?co? ¸ glu, the General Chair and Co-chair of RFIDSec 2010, for their excellent and always timely work on managing the local organization and orchestrating conference logistics. I would liketodeeplythank theSteeringCommittee ofRFIDSec fortheirtrust,constant support, guidance, and kind advice on many occasions.
Radio Frequency Identification (RFID) is a wireless tracking and data capturing technique for automatic identification, tracking, security surveillance, logistics, and supply chain management. RFID tags, which have been successfully employed in many industries including retail and healthcare, have provided a multitude of benefits but also currently remain very costly. Chipless and Conventional Radio Frequency Identification: Systems for Ubiquitous Tagging explores the use of conventional RFID technology as well as chipless RFID technology, which provides a cheaper method of implementation, opening many doors for a variety of applications and industries. This practical reference, designed for researchers and practitioners, investigates the growing field of RFID and its promising future.
This is an edited book covering fundamentals, security theories and protocols, and hardware implementations for cryptography algorithms and security techniques in RFID. It is the first book to comprehensively cover RFID security issues and solutions. Part 1 deals with RFID fundamentals. Part 2 addresses RFID security protocols and techniques. Finally, the book discusses hardware implementation of security algorithms and protocols dedicated to RFID platforms and chips.
"This book examines how the new paradigms and tremendous advances in computing, communications and control have provided and supported wide range of applications in all domains of live, in particular, bridging the physical components and the cyber space leading to the smart Internet of Things (IoT)"--
This book presents the most interesting talks given at ISSE 2006 - the forum for the interdisciplinary discussion of how to adequately secure electronic business processes. The topics include: Smart Token and e-ID-Card Developments and their Application - Secure Computing and how it will change the way we trust computers - Risk Management and how to quantify security threats - Awareness raising, Data Protection and how we secure corporate information. Adequate information security is one of the basic requirements of all electronic business processes. It is crucial for effective solutions that the possibilities offered by security technology can be integrated with the commercial requirements of the applications. The reader may expect state-of-the-art: best papers of the Conference ISSE 2006.
"Radio Frequency Identification (RFID) technology is widely used for variousapplications from access control to object tracking systems. Automation and fasterservices provided by this technology have striking effects on our daily life. However,there are several security and privacy concerns about RFID systems that remainunsolved. During the past years, several attacks have been designed against MifareClassic and HID iClass, two of the most widely used RFID systems on the market.The aim of this study was to improve the security and privacy mechanisms of RFIDsystems through the development of tools and the methodology of system analysis, inthe hope to find the possible flaws before the adversaries do. As an example, effortswere made to partially analyze OPUS cards (the RFID-enabled public transportationpasses in Montreal) and several security and privacy violating specifications of thesecards were highlighted. It was revealed that the static identification number of thecard is transfered in the anticollision process which can be used to track the cardholder without his consent. In addition, the information about the last three usages ofthe card (the time, the date and the metro/bus station) are transferred unencryptedand before the authentication process. Only a linear conversion is applied to theinformation which can be reversed by a simple application such as the one developedand provided in this study.Furthermore, design modifications to improve the security and privacy level of RFIDsystems were provided. These modifications are categorized based on the cost andthe disruption of service that the application of these modifications imposes to themanufacturing company.Key Words: RFID Systems, Privacy, Security, OPUS Cards" --