Title
Design and Implementation of a Fault Attack Platform for Smart IC Card
Abstract
Fault attack is a kind of attack that the attacker injects faults into the hardware and the secret key is likely to be revealed. The paper will describe a fault attack platform for smart card. This platform includes PC terminal serial console software, smart card interface circuits, and smart card reader fault attack circuits. Then the fault platform could communicate with the contact smart card or the smart card reader by complying with the protocol of ISO/IEC 7816. Using this fault platform, we can inject any glitches on power and clock when the smart card is running the encryption command. And then the fault attack platform can send wrong cipher text to the PC terminal console software through by serial port. We can analyze the fault data by MATLAB or software programming to crack the key of the smart card. So, the security of smart card could be verified. The glitch of voltage range could be from 0v to 5v. And the scope of clock frequency can be from 1HZ to 50 MHZ.
Year
DOI
Venue
2012
10.1109/CIS.2012.150
CIS
Keywords
Field
DocType
smart cards,smart ic card,voltage range,smart card interface circuits,fault attack,fault data,matlab,smart card reader fault attack circuits,contact smart card,data analysis,smart card security verification,smart card,encryption command,iso/iec 7816,secret key,ciphertext,fault data analysis,smart card interface circuit,fault injection,attacker injects fault,iso/iec 7816 protocol,fault attack platform design,pc terminal serial console software,software fault tolerance,peripheral interfaces,software programming,cryptographic protocols,smart card reader,fault platform,smart card reader fault,serial port,fault attack platform
BasicCard,Card reader,Computer science,Smart card,Java Card,Open Smart Card Development Platform,OpenPGP card,Smart card application protocol data unit,Answer to reset,Embedded system
Conference
ISBN
Citations 
PageRank 
978-1-4673-4725-9
1
0.48
References 
Authors
3
4
Name
Order
Citations
PageRank
Jun Guo110.48
lijiwu24923.68
Xiangming Zhang331.32
Xiangyu Li42710.25