Impossible differential cryptanalysis has shown to be a very powerful form of cryptanalysis
against block ciphers. These attacks, even if extensively used, remain not fully understood …

Integral, impossible-differential (ID), and zero-correlation (ZC) attacks are three of the most
important attacks on block ciphers. However, manually finding these attacks can be a …

Abstract Impossible differential (ID), zero-correlation (ZC), and integral attacks are a family of
important attacks on block ciphers. For example, the impossible differential attack was the …

When generating quartets for the rectangle attacks on ciphers with linear key-schedule, we
find the right quartets which may suggest key candidates have to satisfy some nonlinear …

Using a new 4-round impossible differential in AES that allows us to exploit the redundancy
in the key schedule of AES-128 in a way more effective than previous work, we present a …

Zero correlation linear cryptanalysis is a novel key recovery technique for block ciphers
proposed in [5]. It is based on linear approximations with probability of exactly 1/2 (which …

While differential behavior of modern ciphers in a single secret key scenario is relatively well
understood, and simple techniques for computation of security lower bounds are readily …

In CRYPTO'16, a new family of tweakable lightweight block ciphers-SKINNY was introduced.
Denoting the variants of SKINNY as SKINNY-$ n $-$ t $, where $ n $ represents the block …

Differential cryptanalysis is an old and powerful attack against block ciphers. While different
techniques have been introduced throughout the years to improve the complexity of this …

Deep learning has played an important role in many fields. It shows significant potential to
cryptanalysis. Differential cryptanalysis is an important method in the field of block cipher …