Integral cryptanalysis is a method used to analyze symmetric key ciphers, particularly block ciphers, by exploiting the structure and properties of the cipher's transformation. It focuses on the relationships between the input and output of the cipher after a series of rounds, and it is particularly effective against ciphers that use certain types of permutations and substitutions. The technique was first introduced in the context of the analysis of the Advanced Encryption Standard (AES) and other ciphers.
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