Generic vulnerability assessment of cipher implementations against Fault Attacks (FA) is a
largely unexplored research area. Security assessment against FA is critical for FA …

Active fault injection is a credible threat to real-world digital systems computing on sensitive
data. Arguing about security in the presence of faults is non-trivial, and state-of-the-art …

Exploitable fault models for block ciphers are typically cipher-specific, and their identification
is essential for evaluating and certifying fault attack-protected implementations. However …

Fault attacks are effective side-channel attack methods for cryptanalysis. However, existing
fault attack methods involve manual derivation of complex fault models or computation …

Fault injection attacks have caused implementations to behave unexpectedly, resulting in a
spectacular bypass of security features and even the extraction of cryptographic keys …

Identifying and mitigating vulnerable locations to fault injections requires significant
expertise and expensive equipment. Fault injections can damage hardware, cause software …

Fault injection attacks have caused implementations to behave unexpectedly, resulting in a
spectacular bypass of security features and even the extraction of cryptographic keys …

Smart meters provide fine-grained power usage profiles of consumers to utility providers to
facilitate various grid functionalities such as load monitoring, real-time pricing, etc. However …

A fault attack (FA) is one of the most potent threats to cryptographic applications.
Implementing a FA-protected block cipher requires knowledge of the exploitable fault space …

Generic vulnerability assessment of cipher implementations against fault attacks (FA) is a
largely unexplored research area to date. Security assessment against FA is particularly …