安全实现的在线测试:设计和验证

R. Leveugle, Y. Zorian, L. Breveglieri, A. Nieuwland, K. Rothbart, Jean-Pierre Seifert
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引用次数: 0

摘要

在线测试方法在设计具有严格安全约束的电路时非常有用。原因在安全实现特别会议(在这些会议中)的引言中进行了总结。本次特别会议的演讲旨在介绍与安全性相关的具体问题,以及用于保护电路和验证其认证稳健性的一些方法。本小组旨在更详细地讨论在线测试技术如何帮助提高安全性,以及如何在设计流程的不同阶段评估已达到的安全性水平。参与者涵盖了各个方面,包括:硬件加密原语中故障攻击的对策,测试设计与安全设计,在评估攻击健壮性和系统级安全性验证时使用故障注入工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On-Line Testing for Secure Implementations: Design and Validation
On-line testing approaches can today be useful when designing circuits with severe security constraints. The reasons are summarized in the introduction to the special session on secure implementations (in these proceedings). The presentations in this special session aimed at introducing the specific concerns related to security as well as some approaches used to protect the circuits and to validate their robustness for certification. This panel aims at discussing in more details how on-line testing techniques can help in improving security and how the achieved level of security can be evaluated at different stages in the design flow. Various aspects are covered by the participants, including: counter-measures for fault attacks in hardware cryptographic primitives, design for test versus design for security, use of fault injection tools in evaluating the robustness against attacks and validation of security at the system level.
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