Abstract

This course will cover everything from basic theory of how RFID works 'under the hood', to actual use cases and current exploits and tools.

Topics covered:

LF (125/134 kHz) theory & practice: Modulation schemes, Tag types, reading, writing, emulating, cracking.

HF (13.56 MHz) theory & practice: Modulation schemes, Tag types, reading, writing, emulating, cracking.

RFID crypto: Some worked examples of implementations and where they went wrong. e.g. Passports, DESFire Access Control, Mifare payments, Hitag2 vehicle keys.

Who should attend:
Anyone interested in RFID, whether they have a basic knowledge or none at all, will come away with a better understanding of how this stuff really works, and useful 'hands-on' experience of RFID hacking.

What should they bring:
Students should bring a laptop with USB and DVD drive. Most tools work best under Linux, but many are multi-platform so can be run under Windows or Mac. Students should be prepared to install drivers and/or software, or to run a pre-packaged distribution such as Kali.RFID readers, example cards and other devices will be provided.

[Schedule] 2 Days(09:00-18:00)

Trainer Info

Adam Laurie

Adam "Major Malfunction" Laurie is the author of the open source RFID python library 'RFIDIOt' (http://rfidiot.org), which is widely used by the hacking and research community, and comes pre-installed on distributions such as Backtrack/Kali. He is also responsible for many of the breakthrough 'hacks' on RFID devices, such as credit cards, access control systems and passports, and has a working knowledge of implementation as well as theory. His company, Aperture Labs Ltd., have recently launched a Kickstarter project to create a Software Defined RFID reader 'RFIDler'. (http://www.kickstarter.com/projects/1708444109/rfidler-a-software-defined-rfid-reader-writer-emul)

RFID: Soup to Nuts

Adam Laurie

Abstract

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