先进半导体解决方案的物理和功能逆向工程挑战

Bernhard Lippmann, A. Bette, Matthias Ludwig, Johannes Mutter, Johanna Baehr, Alexander Hepp, H. Gieser, Nicola Kovač, Tobias Zweifel, M. Rasche, Oliver Kellermann
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引用次数: 4

摘要

由于受到全球分布式供应链中恶意修改和盗版的威胁,RESEC的目标是为40纳米及以下技术节点制造的集成电路创建、验证和优化完整的逆向工程流程。在介绍单个逆向工程过程阶段的基础上,本文将分析工作和结果与其对硬件安全的影响联系起来,并通过实现实验性硬件木马的设计进行演示。我们概述了我们研究活动的过渡阶段,并提出了我们未来的目标,将芯片设计和物理验证过程联系起来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Physical and Functional Reverse Engineering Challenges for Advanced Semiconductor Solutions
Motivated by the threats of malicious modification and piracy arising from worldwide distributed supply chains, the goal of RESEC is the creation, verification, and optimization of a complete reverse engineering process for integrated circuits manufactured in technology nodes of 40nm and below. Building upon the presentation of individual reverse engineering process stages, this paper connects analysis efforts and yields with their impact on hardware security, demonstrated on a design with implemented experimental hardware Trojans. We outline the interim stage of our research activities and present our future targets linking chip design and physical verification processes.
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