HDRL: Homogeneous Dual-Rail Logic for DPA Attack Resistive Secure Circuit Design
Kazuyuki Tanimura, Nikil D. Dutt
Abstract
Kazuyuki Tanimura, Nikil D. Dutt
Abstract
Differential power analysis (DPA) attacks find the correlation between power consumption and secret data in crypto-hardware. This letter proposes homogeneous dual-rail logic (HDRL), a standard cell DPA attack countermeasure that theoretically guarantees fully balanced power consumption and significantly improves DPA attack resistivity. Our experimental results on the AES S-Box circuit show that HDRL successfully prevents DPA attacks in all cases.
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Differential power analysis (DPA) attacks find the correlation between power consumption and secret data in crypto-hardware. This letter proposes homogeneous dual-rail logic (HDRL), a standard cell DPA attack countermeasure that theoretically guarantees fully balanced power consumption and significantly improves DPA attack resistivity. Our experimental results on the AES S-Box circuit show that HDRL successfully prevents DPA attacks in all cases.
Key concepts: Computer science, Power analysis, Countermeasure, Homogeneous, Embedded system, Dual (grammatical number), Power consumption, Logic gate