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首页> 外文会议>International Conference on Security for Information Technology and Communications >SCA Resistance Analysis on FPGA Implementations of Sponge Based MAC - PHOTON
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SCA Resistance Analysis on FPGA Implementations of Sponge Based MAC - PHOTON

机译：基于海绵的FPGA实现的SCA电阻分析

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PHOTON is a lightweight hash function which was proposed by Guo et al. in CRYPTO 2011. This is used in low-resource ubiquitous computing devices such as RFID tags, wireless sensor nodes, smart cards and mobile devices. PHOTON is built using sponge construction and it provides a new MAC function called MAC - PHOTON. This paper deals with FPGA implementations of MAC - PHOTON and their side-channel attack (SCA) resistance. First, we describe three architectures of the MAC - PHOTON based on the concepts of iterative, folding and unrolling, and we provide their performance results on the Xilinx Virtex-5 FPGAs. Second, we analyse security of the MAC - PHOTON against side-channel attack using a SASEBO-GII development board. Finally, we present an analysis of its Threshold Implementation (TI) and discuss its resistance against first-order power analysis attacks.
机译：光子是一种轻质散列函数，由Guo等人提出。在Crypto 2011中。这用于低资源普遍存在的计算设备，例如RFID标签，无线传感器节点，智能卡和移动设备。光子采用海绵结构构建，它提供了一个名为Mac - Photon的新MAC功能。本文涉及MAC - 光子的FPGA实现及其侧通道攻击（SCA）电阻。首先，我们基于迭代，折叠和展开的概念来描述Mac-Photon的三个架构，我们在Xilinx Virtex-5 FPGA上提供其性能结果。其次，我们使用SASEBO-GII开发板分析MAC - Photon的安全性。最后，我们对其阈值实现（TI）进行了分析，并讨论了对一阶功率分析攻击的阻力。

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