Malicious exploitation of faults for extracting secrets is one of the most practical and potent
threats to modern cryptographic primitives. Interestingly, not every possible fault for a …

This paper surveys the symmetric primitives suitable for the unusually strong versatility
requirements of end-to-end encryption in the context of IoT. For example, on the objects …

Differential fault analysis (DFA) techniques have been widely studied during the past
decade. To our best knowledge, most DFA techniques on the Advanced Encryption …

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 …

Most cipher implementations are vulnerable to a class of cryptanalytic attacks known as fault
injection attacks. To reveal the secret key, these attacks make use of faults induced at …

We present a method for decomposing a high-level program description of a circuit into a
system of concurrent modules that can each be implemented as asynchronous pre-charge …

Side-channel attacks and fault attacks use the physical interactions with cryptographic
devices to achieve the shortcuts of recovering the secret key. For side-channel attacks …

In this work, a detection scheme signaling the occurrence of laser voltage probing (LVP)
attacks in digital designs (eg, cryptographic circuits) is introduced. The scheme comprises a …

Cryptographic cores are known to leak information about their private key due to runtime
variations, and there are many well-known attacks that can exploit this timing channel. In this …

A regular event W is a star event if there exists another event V such that W= V*. In that case,
V is called a root of W. It is shown that every star event has a unique minimum root, which is …