Titlebook: CAD for Hardware Security; Farimah Farahmandi,M. Sazadur Rahman,Mark Tehranip Book 2023 The Editor(s) (if applicable) and The Author(s), u

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https://doi.org/10.1057/9781137035004ad constraints full-proof of all the possible attacks. So, extensive research has been going on to develop the perfect solution in this domain. This chapter addresses some of the most cutting-edge locking techniques and their advantages over the limitations of prior approaches. This chapter also dis

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Metrics for SoC Security Verification,hat considers both IP-level security and the introduction of new parameters during platform integration. Furthermore, threats are not always orthogonal. Enhancing security against one threat may hurt the security against other threats. Hence, to build a secure platform, we must first answer the foll

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CAD for Information Leakage Assessment,lds. Thus, this chapter describes different software-based computer-aided design (CAD) techniques to track the information flow at compile-time and run-time. Other hardware-based IFT techniques are also described, which enable the analysis of information flow at a granular level. Then RT-level track

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CAD for Fault Injection Detection,es are found in the post-silicon stage. Attackers have used multiple fault injection attacks to acquire sensitive data and bypass countermeasures. Fault injection attacks reveal severe vulnerabilities in the growing state of digital electronics. This chapter focuses on clock glitching fault injectio