Side channel attacks take advantage of the fact that the power consumption of a
cryptographic device depends on the internally used secret key. A very common …

Side-channel attacks exploit the fact that the implementations of cryptographic algorithms
leak information about the secret key. In power analysis attacks, the observable leakage is …

Masking schemes are a popular countermeasure against side-channel attacks. To mask
bytes, the two classical options are Boolean masking and polynomial masking. The latter …

Masking countermeasures, aka secret sharing or duplication, have been introduced
simultaneously in Goubin and Patarin (1999) and Chari et al.(1999) to defeat side-channel …

The continually growing number of security-related autonomous devices requires efficient
mechanisms to counteract low-cost side-channel analysis (SCA) attacks. Masking provides …

The continually growing number of security-related autonomous devices requires efficient
mechanisms to counteract low-cost side-channel analysis (SCA) attacks. Masking provides …

Masking schemes have been developed to implement secure cryptographic algorithms
against Side Channel Analysis (SCA) attacks. Technically, the first-order masking method is …

Application of masking, known as the most robust and reliable countermeasure to side-
channel analysis attacks, on various cryptographic algorithms has dedicated a lion's share …

Hardware devices can be protected against side-channel attacks by introducing one random
mask per sensitive variable. The computation throughout is unaltered if the shares (masked …

Modern cryptography has been widely deployed in the last decades, allowing any
computing device to secure its communications. Facing the strength of the cryptographic …