硬件木马的超轻型块密码短笛

K. Nohara, Y. Nozaki, M. Yoshikawa
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引用次数: 2

摘要

最近,便携式设备和可穿戴设备被广泛使用。对于这些设备来说,安全性是最重要的问题。通常,这些设备中的机密信息是通过加密数据来保护的。这些便携式设备有面积限制。因此,目前最流行的加密标准AES无法应用于这些设备。轻量级分组密码的实现需要很小的空间。因此,轻量级分组密码被用于便携式设备。另一方面,指出了硬件木马对电子设备中密码电路的威胁。本文提出了一种新的硬件木马,并利用FPGA对所提出的硬件木马的特性进行了测试。
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Hardware Trojan for ultra lightweight block cipher Piccolo
Recently, portable devices and wearable devices are widely used. The security is the most important problem for these devices. Usually, the confidential information in these devices is protected by encrypting data. These portable devices have area constraint. Therefore, AES, which is the most popular encryption standard, cannot be applied to these devices. Lightweight block ciphers require small area for their implementations. Therefore, lightweight block ciphers are used in portable devices. On the other hands, the threat of hardware Trojan against cipher circuit in electric devices has been pointed out. This study proposes a new hardware Trojan and examines to the characteristic of the proposed hardware Trojan by using a FPGA.
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