Design and Implementation of High Security RFID Tag
Date Issued
2007
Date
2007
Author(s)
Lu, Chi-Feng
DOI
zh-TW
Abstract
Along with the advancing technologies and completeness of RFID worldwide specifications in the recent years, RFID applications have been commonly adopted and utilized in industry, business environment and getting deeper involved into daily activities, with the rapid growing usages in RFID technologies, many aspects associated with RFID have put to discussion both academically and industrially, most of the discussions were surrounding the subjects of protecting personal privacy and way of safe guarding the stored data during the operation, and yet, many academic papers and research projects have been produced, in fact, many were adopted and used in real industrial situation, but those were often focus in improving the operation procedures or proposing middle ware applications to achieve the security objectives, less discussions and enhance solutions in the hardware, the RFID tag's security aspect, reasons of those laid on the issues in cost and the actual performance, also the consideration in compatibilities when existing applications and hardware can not cope with new technologies, fortunately, those concerns have the answer, since year 2006, major chip manufacturers in the world have begun their pilot process, producing several contactless chips with equal or have seemly security level as contact chip, and the cost, the greatest constrain in making secure RFID have been reduced, base on the enhancement in chip manufacturing processes, which means, in 2007, the privacy and security issues in RFID could be resolved at the RFID tag level, along with the advancing technology in the RFID.
This paper select the RIFD chip SLE66CL41PE announced in November, 2006 by Infineon Technology as the core of the secure RFID tag implementation, this paper covers the RFID tag authentication protocol, memory architecture, and data access condition level (ACL), the proposed protocol and authentication design have been well implemented and the actual performance result would be demonstrated in this paper, the final result of the implementation and those secure authentication schemes not only proving the proposed design was base on solid security foundation in theory, but can also be utilized in real industrial environment without compromises the compatibilities with the existing hardware equipments.
Subjects
RFID
Radio Frequency Identification
無線射頻識別標籤
安全驗證協議
隱私權
非接觸式晶片
RFID Tag
Secure Authentication Protocol
Privacy
Contactless Chip
Type
thesis
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