Reverse engineering of integrated circuits (IC) serves an evergrowing need for both
defensive and offensive applications, such as competitive analysis, IP theft evidence and …

The discipline of reverse engineering integrated circuits (ICs) is as old as the technology
itself. It grew out of the need to analyze competitor's products and detect possible IP …

In the past years, much of the research into hardware reverse engineering has focused on
the abstraction of gate level netlists to a human readable form. However, none of the …

The semiconductor industry is heavily relying on outsourcing of design, fabrication, and
testing to third parties. The threat of possibly malicious actors in this ramified supply-chain …

Reverse Engineering of Cryptographic Cores by Structural Interpretation Through Graph Analysis
Page 1 Reverse Engineering of Cryptographic Cores by Structural Interpretation through Graph …

Without access to high-level details of commercialized integrated circuits (IC), it might be
impossible to find potential design flaws or limiting use cases. To assist in high-level …

Trust and security of microelectronic systems are a major driver for game-changing trends
like autonomous driving or the internet of things. These trends are endangered by threats …

Assuring the quality and the trustworthiness of third party resources has been a hard
problem to tackle. Researchers have shown that analyzing Integrated Circuits (IC), without …

Hardware assurance (HA) is imperative to ensure the integrity of integrated circuits (ICs)
after manufacturing. To verify the integrity of an IC would require the extraction of relevant …

With growing connectivity in consumer and industrial applications, the need for security rises
proportionally. Compromises in security design of eg autonomous driving systems endanger …