Let's Blog About It : information_security -
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Published on: 9/14/2006
Last Visited: 9/22/2006
Ken Wild, senior research support engineer at the School of Computer and Information Science at Edith Cowan University in WA, said information protocols the tags use have been simplified greatly and has left them with a "bit of a hole".
Wild said Generation One tags have been designed to run on low power with an extended frequency range, without any room left for sophisticated (and more secure) communications protocols.
"The tag receives what it considers an intelligent signal in the right kind of modulation, attempts to decode and then considers the signal as an uncorrectable error.The tags then reset themselves to an error state, the same status as the initial power-up state," Wild said.