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- Anubis_(cipher) abstract "Anubis is a block cipher designed by Vincent Rijmen and Paulo S. L. M. Barreto as an entrant in the NESSIE project, a former research program initiated by the European Commission in 2000 for the identification of new cryptographic algorithms. Although the cipher has not been included in the final NESSIE portfolio, its design is considered very strong, and no attacks have been found by 2004 after the project had been concluded. The cipher is not patented and has been released by the designers for free public use.Anubis operates on data blocks of 128 bits, accepting keys of length 32N bits (N = 4, ..., 10). It is designed as a substitution-permutation network, which bears large similarity to Rijndael. Like KHAZAD, designed by the same authors and also submitted to NESSIE, it uses involutions for the various operations. An involution is an operation whose inverse is the same as the forward operation. In other words, when an involution is run twice, it is the same as performing no operation. This allows low-cost hardware and compact software implementations to use the same operations for both encryption and decryption. Both the S-box and the mix columns operations are involutions. Although many involutional components can make a cipher more susceptible to distinguishing attacks exploiting the cycle structure of permutations within the cipher, no attack strategy for the Anubis cipher has been presented.There are two versions of the Anubis cipher; the original implementation uses a pseudo-random S-box. Subsequently, the S-box was modified to be more efficient to implement in hardware; the newer version of Anubis is called the \"tweaked\" version.The authors claim the algorithm to be secure against a number of attacks, including four-round differential and linear analysis, as well as related-key, interpolation, boomerang, truncated differential, impossible differential, and saturation attacks. Nonetheless, because of the cipher's similarity with Rijndael it was not considered to offer any convincing advantages and thus was not included in the second evaluation phase of the NESSIE project.Anubis is named after the Egyptian god of entombing and embalming, which the designers interpreted to include encryption. They claim that violators of the cipher will be cursed.".
- Anubis_(cipher) wikiPageExternalLink Cipher_Reference_Home.html.
- Anubis_(cipher) wikiPageExternalLink AnubisPage.html.
- Anubis_(cipher) wikiPageID "3432526".
- Anubis_(cipher) wikiPageLength "5146".
- Anubis_(cipher) wikiPageOutDegree "26".
- Anubis_(cipher) wikiPageRevisionID "590597669".
- Anubis_(cipher) wikiPageWikiLink Advanced_Encryption_Standard.
- Anubis_(cipher) wikiPageWikiLink Anubis.
- Anubis_(cipher) wikiPageWikiLink Block_cipher.
- Anubis_(cipher) wikiPageWikiLink Boomerang_attack.
- Anubis_(cipher) wikiPageWikiLink Category:Block_ciphers.
- Anubis_(cipher) wikiPageWikiLink Category:Free_ciphers.
- Anubis_(cipher) wikiPageWikiLink Cryptography.
- Anubis_(cipher) wikiPageWikiLink Curse.
- Anubis_(cipher) wikiPageWikiLink Differential_cryptanalysis.
- Anubis_(cipher) wikiPageWikiLink Distinguishing_attack.
- Anubis_(cipher) wikiPageWikiLink Encryption.
- Anubis_(cipher) wikiPageWikiLink European_Commission.
- Anubis_(cipher) wikiPageWikiLink Impossible_differential_cryptanalysis.
- Anubis_(cipher) wikiPageWikiLink Interpolation_attack.
- Anubis_(cipher) wikiPageWikiLink Involution_(mathematics).
- Anubis_(cipher) wikiPageWikiLink KHAZAD.
- Anubis_(cipher) wikiPageWikiLink Linear_cryptanalysis.
- Anubis_(cipher) wikiPageWikiLink NESSIE.
- Anubis_(cipher) wikiPageWikiLink Paulo_S._L._M._Barreto.
- Anubis_(cipher) wikiPageWikiLink Related-key_attack.
- Anubis_(cipher) wikiPageWikiLink S-box.
- Anubis_(cipher) wikiPageWikiLink Substitution-permutation_network.
- Anubis_(cipher) wikiPageWikiLink Truncated_differential_cryptanalysis.
- Anubis_(cipher) wikiPageWikiLink Vincent_Rijmen.
- Anubis_(cipher) wikiPageWikiLinkText "Anubis (cipher)".
- Anubis_(cipher) wikiPageWikiLinkText "Anubis".
- Anubis_(cipher) blockSize "128".
- Anubis_(cipher) derivedFrom Advanced_Encryption_Standard.
- Anubis_(cipher) designers "Vincent Rijmen and Paulo S. L. M. Barreto".
- Anubis_(cipher) keySize "128".
- Anubis_(cipher) name "Anubis".
- Anubis_(cipher) publishDate "2000".
- Anubis_(cipher) rounds "at least 12 , plus one per additional 32 key bits".
- Anubis_(cipher) structure Substitution-permutation_network.
- Anubis_(cipher) wikiPageUsesTemplate Template:Cryptography_navbox.
- Anubis_(cipher) wikiPageUsesTemplate Template:Infobox_block_cipher.
- Anubis_(cipher) wikiPageUsesTemplate Template:Reflist.
- Anubis_(cipher) subject Category:Block_ciphers.
- Anubis_(cipher) subject Category:Free_ciphers.
- Anubis_(cipher) hypernym Cipher.
- Anubis_(cipher) type Noble.
- Anubis_(cipher) type Redirect.
- Anubis_(cipher) comment "Anubis is a block cipher designed by Vincent Rijmen and Paulo S. L. M. Barreto as an entrant in the NESSIE project, a former research program initiated by the European Commission in 2000 for the identification of new cryptographic algorithms. Although the cipher has not been included in the final NESSIE portfolio, its design is considered very strong, and no attacks have been found by 2004 after the project had been concluded.".
- Anubis_(cipher) label "Anubis (cipher)".
- Anubis_(cipher) sameAs Q474108.
- Anubis_(cipher) sameAs Anubis_(Algorithmus).
- Anubis_(cipher) sameAs Anubis_(cifrario).
- Anubis_(cipher) sameAs m.09c4bb.
- Anubis_(cipher) sameAs Anubis.
- Anubis_(cipher) sameAs Q474108.
- Anubis_(cipher) wasDerivedFrom Anubis_(cipher)?oldid=590597669.
- Anubis_(cipher) isPrimaryTopicOf Anubis_(cipher).