Truncated differential attacks were introduced by Knudsen in 1994 [1]. They are a well-known family that has arguably received less attention than some other variants of differential attacks. This paper gives some new insight on truncated differential attacks and provides the best-known attacks on both variants of the lightweight cipher QARMA, in the single tweak model, reaching for the first time 10 rounds while contradicting the security claims of this reduced version. These attacks use some new truncated distinguishers as well as some evolved key-recovery techniques
Impossible differential cryptanalysis is a powerful technique to recover the secret key of block cip...
At Eurocrypt 2017 the first secret-key distinguisher for 5-round AES -- based on the “multiple-of-8”...
Resistance against differential cryptanalysis is an important design criteria for any modern block c...
Truncated differential cryptanalyses were introduced by Knudsen in 1994. They are a well-known famil...
In this paper we present truncated differential analysis of reduced-round LBlock by computing the di...
Abstract: At the beginning of the paper we give an overview of linear and differential cryptanalysis...
Abstract. The mere number of various apparently different statistical attacks on block ciphers has r...
We improve truncated differential attacks on t-branch contracting Feistel ciphers with a domain size...
We present a new statistical cryptanalytic technique that we call improbable differential cryptanaly...
Differential Cryptanalysis (DC) is one of the oldest known attacks on block ciphers. DC is based on ...
International audienceThe boomerang attack is a cryptanalysis technique that combines two short diff...
Abstract. Recently, a number of relations have been established among previously known statistical a...
In this paper, we have presented flaws in differential cryptanalysis of reduced round variant of PRE...
QARMAv2 represents a family of lightweight block ciphers introduced in ToSC 2023. This new iteration...
Abstract. This paper is motivated by some results presented by Knudsen, Robshaw and Wagner at Crypto...
Impossible differential cryptanalysis is a powerful technique to recover the secret key of block cip...
At Eurocrypt 2017 the first secret-key distinguisher for 5-round AES -- based on the “multiple-of-8”...
Resistance against differential cryptanalysis is an important design criteria for any modern block c...
Truncated differential cryptanalyses were introduced by Knudsen in 1994. They are a well-known famil...
In this paper we present truncated differential analysis of reduced-round LBlock by computing the di...
Abstract: At the beginning of the paper we give an overview of linear and differential cryptanalysis...
Abstract. The mere number of various apparently different statistical attacks on block ciphers has r...
We improve truncated differential attacks on t-branch contracting Feistel ciphers with a domain size...
We present a new statistical cryptanalytic technique that we call improbable differential cryptanaly...
Differential Cryptanalysis (DC) is one of the oldest known attacks on block ciphers. DC is based on ...
International audienceThe boomerang attack is a cryptanalysis technique that combines two short diff...
Abstract. Recently, a number of relations have been established among previously known statistical a...
In this paper, we have presented flaws in differential cryptanalysis of reduced round variant of PRE...
QARMAv2 represents a family of lightweight block ciphers introduced in ToSC 2023. This new iteration...
Abstract. This paper is motivated by some results presented by Knudsen, Robshaw and Wagner at Crypto...
Impossible differential cryptanalysis is a powerful technique to recover the secret key of block cip...
At Eurocrypt 2017 the first secret-key distinguisher for 5-round AES -- based on the “multiple-of-8”...
Resistance against differential cryptanalysis is an important design criteria for any modern block c...