Course unit

Tags RFID

Last updated: 26/09/2022

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EL-MRABET Nadia

Understanding the issues of security and privacy of RFID (Radio-Frequency Identification) technology.

3 main objectives:

As the end user of these technologies, to be able to understand intrinsic weaknesses and operational attacks in order to apply corrective protection measures.
As a potential integrator of this technology, to be able to understand criteria of choice amongst existing technologies and to anticipate the security patches
As a future security engineer to be able to put oneself in the position of defenders (micro-electronic engineers, etc.) and to understand the implementation constraints (electric consumption, etc.) they face and to draw lessons for their future career.

Prerequisite: Symmetric and asymmetric cryptography. Basics of analogue and digital circuits.

Radioferquency Attacks Cryptography Cryptographic implementation flaws

French

On completion of the unit, the student will be capable of:	Classification level	Priority
Carrying out security analyses of RFID technologies	3. Apply	Essential
Implementing lightweight cryptography	3. Apply	Essential

Percentage ratio of individual assessment			Percentage ratio of group assessment
Written exam:	100	%	Project submission:	%
Individual oral exam:		%	Group presentation:	%
Individual presentation:		%	Group practical exercise:	%
Individual practical exercise:		%	Group report:	%
Individual report:		%
Other(s): %

Type of teaching activity	Content, sequencing and organisation
Course	Introduction to RFID technology Attacks in general and on RFID in particular (radio, cryptographic, physical) Attacks published on real systems Lightweight Cryptography

Type of teaching activity

Content, sequencing and organisation

Course

Introduction to RFID technology

Attacks in general and on RFID in particular (radio, cryptographic, physical)

Attacks published on real systems

Lightweight Cryptography