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RFID (Radio-Frequency Identification) is a tiny wireless technology which has the potential to radically transform the commerce world. It consists of an inexpensive chip, often smaller than a grain of sand, which can be read up to several meters away. The hope among retailers, is that the technology can be used as a next-generation barcode, automating inventory levels, and thus cutting costs for manufacturers and retailers. While the technology does offer some potentially remarkable opportunities, it also raises some concerns with regard to individual privacy and corporate espionage. While barcode-type RFID tags are not likely to reach consumers on a regular basis in the near future, there is little doubt that with the success of early trials, they eventually will. Consequently, concerns about privacy infringement with regard to RFID are important not only in the theoretical sphere, but increasingly such discussions have vital practical applications. SPECIFIC PRIVACY CONCERNS RFID tags differ from conventional barcode tags in a number of ways. It is these differences that create the benefit of adopting the technology, while simultaneously creating the greatest concern over the privacy issues involved. For example, under today's bar code technology, a pack of Wrigley's Gum sold in Houston, Texas has the same barcode as a pack sold in New York City or Ontario. With RFID, however, each pack would have a unique ID code which could be tied to the purchaser of that gum when they use an 'item registration system' such as a frequent shopper card or a credit card. Continuing with the Gum example, the purchaser could then be tracked if he/she ever entered that same store again, or perhaps more frightening, if they entered any other store with RFID reading capability. Because unlike a barcode, RFID can be read at a distance of up to a few yards. COUNTER-MEASURES Despite these and other such dangers, however, there are some steps being taken to mitigate these privacy issues. For example, a recent proposal would require that all RFID-tagged products be clearly labeled. This would give consumers the choice to select products without RFID, or at a minimum to recognize that the items they select are being tracked. For those unsatisfied with disclosure, there also exist a growing number of products designed to limit their exposure to RFID tagged products. One such product is ìKill Codesî a command which turns off all RFID tags immediately as the consumer comes into contact with them, thus entirely eliminating the effectiveness of the technology. Another proposal, however, ìRSA Blocker Tagsî, try to address privacy concerns while maintaining the integrity of the product. Under this technology, the item can only be tracked by that store's authorized reader, meaning that customers cannot be tracked outside of the store in which they purchased the item. CONCLUSION While some of the dangers posited here seem far-fetched and unlikely, the technology already exists and is developing rapidly to ensure that such hypotheticals can become realities. RFID tags have the potential to revolutionize the shopping experience by bringing us targeted products and allowing retailers and manufacturers to track purchases and shopper behavior more accurately and cost-effectively. The concern, however, is that if we are not aware and careful about the potential abuses of such technologies early on, we may fail to incorporate them at a time when the laws and mores of such a system are still developing, ultimately suffering the consequences later on.
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