This attack, and all subsequent attacks are based on truncated differential cryptanalysis.

Since differential cryptanalysis became public knowledge, it has become a basic concern of cipher designers.

To break the full 16 rounds, differential cryptanalysis requires 2 chosen plaintexts.

The boomerang attack is based on differential cryptanalysis.

Murphy and den Boer's methods contain elements similar to those used in differential cryptanalysis.

He introduced the technique of impossible differential cryptanalysis and integral cryptanalysis.

It was found to be susceptible to an effective theoretical differential cryptanalysis attack considerably faster than an exhaustive search.

The large number of rounds and secret S-boxes makes both linear and differential cryptanalysis difficult.

Zodiac is theoretically vulnerable to impossible differential cryptanalysis, which can recover a 128-bit key in 2 encryptions.

Borisov, et al. applied a multiplicative form of differential cryptanalysis to break MultiSwap.

Linear cryptanalysis is one of the two most widely used attacks on block ciphers; the other being differential cryptanalysis.

Together with Eli Biham, he discovered differential cryptanalysis, a general method for attacking block ciphers.

MISTY1 claims to be provably secure against linear and differential cryptanalysis.

The Rijndael S-Box was specifically designed to be resistant to linear and differential cryptanalysis.

Gilbert and Chassé (1990) subsequently published a statistical attack similar to differential cryptanalysis which requires 10000 pairs of chosen plaintexts.

The boomerang attack has allowed new avenues of attack for many ciphers previously deemed safe from differential cryptanalysis.

The same researchers have also proposed a differential cryptanalysis of CIKS-1 which uses 2 chosen plaintexts.

Van Rompay et al. (1998) attempted to apply differential cryptanalysis to ICE.

Differential Cryptanalysis of Lucifer.

While DES was designed with resistance to differential cryptanalysis in mind, other contemporary ciphers proved to be vulnerable.

The matrix is chosen such that the branch number (an important property when looking at resistance to differential cryptanalysis) is 9, which is maximal.

In cryptography, the boomerang attack is a method for the cryptanalysis of block ciphers based on differential cryptanalysis.

Differential cryptanalysis is effective against Khafre: 16 rounds can be broken using either 1500 chosen plaintexts or 2 known plaintexts.

Whereas ordinary differential cryptanalysis analyzes the full difference between two texts, the truncated variant considers differences that are only partially determined.

MBAL has been shown to be susceptible to both differential cryptanalysis and linear cryptanalysis.