This thesis pertains to the investigation of Side-Channel Analysis (SCA) techniques for
evaluating the security of cryptographic devices secured with side-channel …

The attack efficacy of Differential Power Analysis (DPA), a popular side channel evaluation
technique for key extraction, is compromised by the false highest Difference Of Means …

Physical cryptographic implementations are vulnerable to so-called side-channel attacks, in
which sensitive information can be recovered by analyzing physical phenomena of a device …

Securing cryptographic hardware designs and software implementations against side-
channel attacks that leverage the power consumption or electromagnetic emanations of a …

Side channel attacks exploit physical information that leaks from a cryptographic device in
order to extract secret information, such as secret keys, passwords, or instructions that may …

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 …

Side-channel analysis has become a widely recognized threat to the security of
cryptographic implementations. Different side-channel attacks, as well as countermeasures …

In this paper, we propose two normalization techniques to reduce the ghost peaks occurring
in Differential Power Analysis (DPA). Ghost peaks can be defined as the DPA output …

For almost three decades, side-channel analysis has represented a realistic and severe
threat to embedded devices' security. As a well-known and influential class of …

The effectiveness of side-channel attacks strongly depends on to what extent the underlying
leakage model characterizes the physical leakages of cryptographic implementations and …