Masking is a popular countermeasure against side-channel attacks, which randomizes
secret data with random and uniform variables called masks. At software level, masking is …

Countermeasures against side-channel attacks are in general expensive, and a lot of
research has been devoted to the optimization of their security vs. performance trade-off …

The masking countermeasure is among the most potent countermeasures to counteract side-
channel attacks. Leakage models have been exhibited to theoretically reason on the …

High-order masking countermeasures against side-channel attacks usually require plenty of
randomness during their execution. For security against t probes, the classical ISW …

Passive physical attacks represent a threat to microelectronics systems by exploiting
leakages through side-channels, such as power consumption and electromagnetic …

Masking is a well-studied method for achieving provable security against side-channel
attacks. In masking, each sensitive variable is split into d randomized shares, and …

Side-channel attacks aim at extracting secret keys from cryptographic devices. Randomly
masking the implementation is a provable way to protect the secrets against this threat …

Efficient implementation of Boolean masking in terms of low latency has evolved into a hot
topic due to the necessity of embedding a physically secure and at-the-same-time fast …

Side-channel attacks are a fundamental threat to the security of cryptographic
implementations. One of the most prominent countermeasures against side-channel attacks …

Masking is a well-known countermeasure to protect block cipher implementations against
side-channel attacks. The principle is to randomly split every sensitive intermediate variable …