Where Will Consumers Find Privacy Protection From RFIDs?: A Case for Federal Legislation

With the birth of RFID technology, businesses gained the ability to tag products with practically invisible computer chips that relay information about consumer behavior to remote databases. Such tagging permits retailers and manufacturers to track the purchases, identities, and movements of their customers. In the absence of enforceable regulations, society risks being subjected to an unprecedented level of Orwellian surveillance. This iBrief addresses consumer privacy concerns stemming from the proliferation of RFID technology. It discusses why tort law, state legislation, FTC guidelines, and proposed regulations are insufficient methods to alleviate consumer privacy concerns and suggests amending various federal privacy laws, thereby prohibiting the underlying RFID tracking behavior

Consumer Privacy and Radio Frequency Identification Technology

Radio Frequency ID tags are poised to replace the UPC barcode as a mechanism for inventory control in the wholesale and retail contexts. Yet the tiny chips offer a range of potential uses that go beyond the bar code. In this paper the authors define RFID technology and its applications. They explore the privacy implications of this technology and consider recent attempts in the U.S. and European Union to grapple with the privacy issues raised by the deployment of RFIDs at the retail level. The authors then consider the extent to which Canada\u27s Personal Information Protection and Electronic Documents Act will apply to RFID technology, before making recommendations for initiatives to proactively address the privacy issues that RFIDs will raise

RFIDS: From Invention to Innovation

Radio-frequency identification (RFID) technology was invented nearly 60 years ago during the 2 ^ World War. However it has only been relatively recently that RFID technology adoption has been headlined in the popular press. With strategic business drivers such as supply chain management and e-commerce initiatives, and the need for increased value from improvements in product tracking, together with a push from consumers and regulatory demands for safe product handling, attention has focused on the adoption of RFID technology. This paper reviews the available literature on RFID technology and develops a four- phase RFID innovation diffusion adoption model which builds on Rogers (1995) innovation adoption literature. The paper will conclude with managerial implications and future directions for RFID research

Frequency Coded Chipless RFID Tag using Spurline Resonators

A novel compact chipless RFID tag using spurline resonators is discussed in this paper. The detection of the tag's ID is using the spectral signature of a spurline resonator circuit. The tag has a data capacity of 8-bits in the range 2.38 to 4.04 GHz. The tag consists of a spurline multiresonating circuit and two cross polarised antennas. The prototype of the tag is fabricated on a substrate C-MET/LK4.3 of dielectric constant 4.3 and loss tangent 0.0018. The measured results show that group delay response can also be used to decode the tag’s identity