Title :
Continuous RFID-Enabled Authentication: Privacy Implications
Author :
Kurkovsky, Stan ; Syta, Ewa ; Casano, Bernardo
Author_Institution :
Central Connecticut State Univ., New Britain, CT, USA
Abstract :
Radio frequency identification (RFID) technology has been used in many application areas, including tracking shipments, inventory control, tracking livestock, locating missing pets, and studying wildlife. Recent years saw a rise in applications where RFID is used to track and monitor people with a broad objective of improving safety and productivity. RFID is now used to track military and law enforce ment personnel, locate lost children in amusement parks, and improve critical response time and efficien cy in hospitals by tracking medical personnel. RFID tags for tracking people can be either worn or implanted, but both methods pose significant ethical challenges to privacy. Applications involving subdermally implanted RFID tags and their ethical and privacy implications have been surveyed. The main focus of this article is on RFID systems that use wearable tags that can be embedded in badges or clothing for employee tracking at the workplace.
Keywords :
data privacy; message authentication; office environment; personnel; radiofrequency identification; wearable computers; RFID systems; RFID technology; badges; clothing; continuous RFID-enabled authentication; critical response time; employee tracking; ethical challenges; ethical implications; hospitals; inventory control; law enforcement personnel; locating missing pets; lost children location; medical personnel tracking; military enforcement personnel tracking; privacy implications; radio frequency identification technology; studying wildlife; subdermally implanted RFID tags; tracking livestock; tracking people; tracking shipments; wearable tags; Authentication; Computer security; Monitoring; Privacy; RFID tags;
Journal_Title :
Technology and Society Magazine, IEEE
DOI :
10.1109/MTS.2011.942306