Fault-injection and side-channel analysis tools and training

本申请的主题是一种用于微纳电子电路和系统的故障注入系统。故障注入是一类重要的所谓物理攻击，它威胁到加密和其他安全关键组件，在过去几年里在科学界和工业实践中都得到了更强烈的考虑。自从Polian教授接任面向硬件的计算机科学教授职位以来，它们是计算机工程和计算机体系结构研究所(Institut für Technische Informatik)的研究重点。这些攻击是最近批准的SPP 2253纳米安全优先计划的核心，该计划由波利安教授协调。建议的系统是市场上唯一一个提供高精度光学(激光)和电磁注射并结合合适的评估和分析软件的系统。通过这个系统，我们将能够以目前所能达到的最高精度，通过实际实验来支持理论结果，特别是针对高精度故障攻击的保护方法。这也将为我们开辟新的研究领域。它可用于正在进行、已提交和计划中的项目。有一个合适的实验室来容纳这个系统。

The subject of this application is a fault-injection system for micro and nanoelectronic circuits and systems. Fault injections constitute an important class of so-called physical attacks, which threaten cryptographic and other security-critical components and have found a stronger consideration in both the scientific community and the industrial practice over the last years. They are a research focus of the Institute for Computer Engineering and Computer Architecture (Institut für Technische Informatik) since Professor Polian has taken over the Professorship for Hardware-oriented Computer Science. These attacks are central within the recently approved Priority Program SPP 2253 Nano Security, which is coordinated by Professor Polian. The proposed system is the only one on the market that offers high-precision optical (laser) and electromagnetic injections in combination with a suitable evaluation and analysis software. Through this system, we would be able to support theoretical results especially on protection methods against high-precision fault attacks by practical experiments with the highest precision that can be achieved today. It would also open up new research fields for us. It can be used in ongoing, submitted and planned projects. A suitable lab to accommodate the system is available.