总线反相编码作为对抗相关功率分析攻击的低功耗对策

2019 ACM/IEEE International Workshop on System Level Interconnect Prediction (SLIP) Pub Date : 2019-06-01 DOI:10.1109/SLIP.2019.8771332

Ali Vosoughi, Longfei Wang, Selçuk Köse

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引用次数: 11

摘要

利用总线反向编码技术来提高加密电路的安全性，防止相关功率分析攻击。总线反向编码技术适合于破坏密钥与泄漏信息之间的双向关系，使得侧信道攻击者难以利用相关功率分析来获取密钥。评估表明，与原始CC相比，使用总线反相编码的CC上披露正确密钥(MTD)所需的测量次数增加了571X以上，而CC的功耗降低了0.91%。

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Bus-Invert Coding as a Low-Power Countermeasure Against Correlation Power Analysis Attack

Bus-invert coding technique is utilized to increase the security of cryptographic circuits (CC) against correlation power analysis attacks. The bus-invert coding technique is suitable to demolish the bijective relationship between the key and leakage information, making it difficult for a side-channel attacker to use correlation power analysis to obtain a secret key. The evaluations show that the number of measurements required to disclose the correct key (MTD) on the CC with bus-invert coding increases by more than 571X as compared to a naive CC, while the power consumption of the CC is reduced by 0.91 per cent.

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2019 ACM/IEEE International Workshop on System Level Interconnect Prediction (SLIP)

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