Side-channel attacks exploit unintended leakage from an electronic device in order to
retrieve secret data. In particular, attacks exploiting physical side-channels such as power …

Masking is one of the most popular countermeasures to protect implementations against
power and electromagnetic side-channel attacks because it offers provable security …

In the vulnerability analysis of System on Chips, memory hierarchy is considered among the
most valuable element to protect against information theft. Many first-order side-channel …

Cryptographic devices in hostile environments can be vulnerable to physical attacks such as
power analysis. Masking is a popular countermeasure against such attacks, which works by …

A recent work from Eurocrypt 2023 suggests that prime-field masking has excellent potential
to improve the efficiency vs. security tradeoff of masked implementations against side …

Low-latency masked hardware implementations are known to be a difficult challenge. On the
one hand, the propagation of glitches can falsify their independence assumption (that is …

A recent work from Eurocrypt 2023 suggests that prime-field masking has excellent potential
to improve the efficiency vs. security tradeoff of masked implementations against side …

Masking has become a widely applied and heavily researched method to protect
cryptographic implementations against Side-Channel Analysis (SCA) attacks. The success …

In this paper we present a novel architecture for a high-speed AES crypto core which is
resistant against first-order side channel attacks; our design combines Boolean masking …

Masking is the main countermeasure against side-channel attacks due to its sound formal
proof of security and the scalability of its protection parameters. However, effective masking …