Development of Side Channel Attack Analysis Tool on Smart Card
Dongho Han, Jea-Hoon Park, Jaecheol Ha, Lee Sung-Jae, SangJae Moon
Abstract
Dongho Han, Jea-Hoon Park, Jaecheol Ha, Lee Sung-Jae, SangJae Moon
Abstract
Although the cryptographic algorithms in IC chip such as smart card are secure against mathematical analysis attack, they are susceptible to side channel attacks in real implementation. In this paper, we analyze the security of smart card using a developed experimental tool which can perform power analysis attacks and fault insertion attacks. As a result, raw smart card implemented SEED and ARIA without any countermeasure is vulnerable against differential power analysis(DPA) attack. However, in fault attack about voltage and clock on RSA with CRT, the card is secure due to its physical countermeasures.
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Although the cryptographic algorithms in IC chip such as smart card are secure against mathematical analysis attack, they are susceptible to side channel attacks in real implementation. In this paper, we analyze the security of smart card using a developed experimental tool which can perform power analysis attacks and fault insertion attacks. As a result, raw smart card implemented SEED and ARIA without any countermeasure is vulnerable against differential power analysis(DPA) attack. However, in fault attack about voltage and clock on RSA with CRT, the card is secure due to its physical countermeasures.
Key concepts: Smart card, Power analysis, Side channel attack, Countermeasure, Computer science, Computer security, Cryptography, Embedded system