Proposal of PingPong-128 Countermeasure against Power Analysis Attack

Young Jin Kang, Ki-Hwan Kim, H. Lee
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Abstract

Typical power analysis attack countermeasures include the ability to inject defensive logic during the hardware gate design phase, or to add additional hardware logic or software coding depending on how the cryptographic module is configured. For example, the Hardware-based high speed cryptographic module via FPGA can be protected with a gate array logic, and the firmware cryptographic module via the microprocessor module will allow you to implement defence technology with software coding. In this paper, Using Scrambler to propose a secure PingPong-128 crypto algorithm for power analysis attacks.
针对功率分析攻击的乒乓-128对策建议
典型的功率分析攻击对策包括在硬件门设计阶段注入防御逻辑的能力,或者根据加密模块的配置方式添加额外的硬件逻辑或软件编码。例如,通过FPGA的基于硬件的高速加密模块可以用门阵列逻辑进行保护,而通过微处理器模块的固件加密模块将允许您使用软件编码实现防御技术。本文利用扰频器提出了一种针对功率分析攻击的安全的乒乓-128密码算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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