Deep Learning has recently been introduced as a new alternative to perform Side-Channel
analysis [MPP16]. Until now, studies have been focused on applying Deep Learning …

The power consumed by a circuit varies according to the activity of its individual transistors
and other components. As a result, measurements of the power used by actual computers or …

Implementations of cryptographic algorithms are vulnerable to side-channel attacks.
Masking techniques are employed to counter side-channel attacks that are based on …

Second order Differential Power Analysis (2O-DPA) is a powerful side-channel attack that
allows an attacker to bypass the widely used masking countermeasure. To thwart 2O-DPA …

In this article we describe an efficient AES software implementation that is well suited for 8-
bit smart cards and resistant against power analysis attacks. Our implementation masks the …

During the last ten years, power analysis attacks have been widely developed under many
forms. They analyze the relation between the power consumption or electromagnetic …

Code diversification has been proposed as a technique to mitigate code reuse attacks,
which have recently become the predominant way for attackers to exploit memory corruption …

The development of masking schemes to secure AES implementations against side channel
attacks is a topic of ongoing research. Many different approaches focus on the AES S-box …

In a recent work, Mangard et al. showed that under certain assumptions, the (so-called)
standard univariate side-channel attacks using a distance-of-means test, correlation …

In this article we describe an improved concept for second-order differential-power analysis
(DPA) attacks on masked smart card implementations of block ciphers. Our concept allows …