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RFID Security
RFID (Radio Frequency Identification) is a method of remotely storing and receiving data using devices called RFID tags. RFID tags can be small adhesive stickers containing antennas that allow them to receive and respond to transmissions from RFID transmitters. RFID tags are used to identify and track everything from Exxon EZ passes to dogs to beer
kegs to library books. RFID tags use a standard that has already been hacked by several researchers. There are several motives for someone wanting to hack an RFID system: For monetary gain. Hacking a store's RFID system would allow a hacker to lower the pricing on any product(s). One could also steal cars (Prius or Lexus already have RFID keys) with RFID-encoded keys. Wreak havoc with someone's supply chain. Malicous/mischievous hackers can delete/alter/modify all identifying information for an entire shipment of products. Protect personal privacy. Privacy advocates fear that RFID tags embedded in products (which continue to transmit information after leaving a store) will be used to track consumer habits. RFID tags are also being tested as a means for identifying individuals on passports, driver's licenses, etc. This also has the ACLU types up in arms because, just like RFID tags in consumer products, these tags would be "always on" and broadcasting your personal information wherever you are.
Chapter 1: What is RFID?
Chapter 2: RFID Use Cases
Chapter 3: RFID Processes
Chapter 4: Threat Modeling for RFID Systems
Chapter 5: Target Identification
Chapter 6: RFID Processes
Chapter 7: Tag Encoding Attacks
Chapter 8: Tag Application Attacks
Chapter 9: Attacking the Air Interface
Chapter 10: Attacking Middleware Communications Chapter 11: Attacking the Directory
Chapter 12: The Four Disciplines
Chapter 13: Vulnerability Management
Chapter 14: Identity Management in RFID
Chapter 15: Trust Management
Chapter 16: Threat Management
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