RFID Security Protocol

Description:

 

This RFID protocol secures radio frequency identification tags using minimal processing resources. RFID tag user can ensure the data stored on RFID tags cannot be deciphered by others, thereby protecting personal or product information from being read by others. Although there are other ways to protect data, they are not widely used as they are expensive to implement due to the high processing and power requirements. Our algorithms offer a low cost means to protect data transmitted by tags without compromising security.

 

Technology Details

Radio Frequency Identification (RFID) tags can be read with readers in the vicinity of a tag, resulting in a quick and inexpensive way to transmit key information on products, people, and anything on the move. Since RFID technology is increasingly used for a variety of applications such as access control, payment and eID (e-passport), inventory, etc, an individual’s or organization’s data is increasingly vulnerable through skimming and eavesdropping. Securing data without compromising the inherent advantages of RFID is a significant challenge. Most solutions to this problem require a high degree of computational resources, which are scarce on most RFID tags.

This security protocol involves a simple method to secure data by providing the following benefits:

 

  • Highly secure as compared with resource intensive encryption techniques

  • Ease of implementation and use, as it uses minimal processing resources, and low energy.

  • Broad applicability to many applications as power requirements are low and chips can remain simple and small.

  • Inexpensive to manufacture and operate

 

Principle Investigator: Tet Yeap is an associate professor at the University of Ottawa, and adjunct professor at BUPT in China. He is also a serial entrepreneur with significant industry experience. He has numerous publication and several patents relating to the communications field.

Patent Information:
For Information, Contact:
Mark Pearson
Technology Transfer Officer
University of Ottawa
mark.pearson@uottawa.ca
Inventors:
Jason Lavalley
Tet Yeap
Keywords:
E-Society