库兹涅奇克对称块密码的功率分析

E. Maro, Vadim Girichev
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引用次数: 1

摘要

论文概述了功耗分析攻击以及简单功耗分析(SPA)和差分功耗分析(DPA)攻击第一主要阶段的实验结果--标准库兹涅茨克密码(GOST R 34.12-2015(n = 128))每次加密操作的功耗测量图的实际相关性。作为实验的一部分,我们在 Arduino 电板(即 Arduino Nano)上构建了库兹涅奇克密码的轻量级硬件实现,并通过 LECROY WavePro 7100A 示波器(带宽为 1 GHz,采样频率为 10 GHz / 4 通道)编制了功耗测量图。通过实验,我们找到了库兹涅奇克密码加密操作的签名(固定结构和功耗值):使用圆形密钥的加法、非线性变换和线性变换。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power Analysis of Symmetric Block Cipher Kuznyechik
Paper presents an overview of power analysis attack and experimental results of the first main stage of simple power analysis (SPA) and differential power analysis (DPA) attacks-a practical correlation of power consumption measurement charts to each of encryption operations for standard Kuznyechik cipher (GOST R 34.12-2015 (n = 128)). As part of experiments we construct lightweight hardware implementation of Kuznyechik cipher on Arduino electric board (namely Arduino Nano) and compile measurements of power consumption by LECROY WavePro 7100A oscilloscope (with a 1 GHz bandwidth and 10 GHz / 4 channel sampling frequency). Our experiments led to finding signature (fixed structure and power consumption value) for encryption operations of Kuznyechik cipher: additions with round key, nonlinear transformation and linear transformation.
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