Darío Alafita Pérez: Is this a vandalism? Didn't understand this change :-S

2013-01-30T01:30:42Z

Is this a vandalism? Didn't understand this change :-S

← Previous revision		Revision as of 01:30, 30 January 2013
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	#REDIRECT [[Outline of cryptography]]]		#REDIRECT [[Outline of cryptography]]

71.198.250.56 at 01:26, 30 January 2013

2013-01-30T01:26:20Z

← Previous revision		Revision as of 01:26, 30 January 2013
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	#REDIRECT [[Outline of cryptography]]		#REDIRECT [[Outline of cryptography]]]

Minnecologies: all content reorganized and moved to Outline of cryptography

2009-07-11T21:30:16Z

all content reorganized and moved to Outline of cryptography

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Erik9bot: add Category:Articles lacking sources (Erik9bot)

2009-07-04T07:13:38Z

add Category:Articles lacking sources (Erik9bot)

← Previous revision		Revision as of 07:13, 4 July 2009
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	[[Category:Cryptography]]		[[Category:Cryptography]]
			[[Category:Articles lacking sources (Erik9bot)]]

	[[pl:Przegląd zagadnień z zakresu kryptologii]]		[[pl:Przegląd zagadnień z zakresu kryptologii]]

Rich Farmbrough: clean up- spelling "et al." and gen fixes using AWB

2009-05-21T20:27:21Z

clean up- spelling "et al." and gen fixes using AWB

DumZiBoT: robot Adding: pl:Przegląd zagadnień z zakresu kryptologii

2009-04-27T14:12:24Z

robot Adding: pl:Przegląd zagadnień z zakresu kryptologii

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	[[Category:Cryptography]]		[[Category:Cryptography]]

			[[pl:Przegląd zagadnień z zakresu kryptologii]]
	[[vi:Các chủ đề trong mật mã học]]		[[vi:Các chủ đề trong mật mã học]]

Genius101: Added {{intromissing}} tag to article. using Friendly

2009-04-18T21:59:22Z

Added {{intromissing}} tag to article. using Friendly

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			{{intromissing\|date=April 2009}}
	{{portalpar\|Cryptography}}		{{portalpar\|Cryptography}}

Xqbot: robot Removing: fr:Liste des articles sur la cryptologie, zh:密码学主题列表; cosmetic changes

2009-04-14T16:34:45Z

robot Removing: fr:Liste des articles sur la cryptologie, zh:密码学主题列表; cosmetic changes

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Petlif: removed misspelled sentence which anyway did not serve any function except state the obvious

2009-04-01T00:11:33Z

removed misspelled sentence which anyway did not serve any function except state the obvious

← Previous revision		Revision as of 00:11, 1 April 2009
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	{{portalpar\|Cryptography}}		{{portalpar\|Cryptography}}

	Throughout crytography, there are numerous topics in which it is possible to solve a cipher.

	==Classical ciphers==		==Classical ciphers==

ImperatorExercitus: New lead which complies with MOS

2009-03-27T16:08:14Z

New lead which complies with MOS

← Previous revision		Revision as of 16:08, 27 March 2009
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	{{portalpar\|Cryptography}}		{{portalpar\|Cryptography}}

			Throughout crytography, there are numerous topics in which it is possible to solve a cipher.

	==Classical ciphers==		==Classical ciphers==

← Previous revision		Revision as of 20:27, 21 May 2009
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	** [[Scytale]]		** [[Scytale]]
	** [[Grille (cryptography)\|Grille]] cipher		** [[Grille (cryptography)\|Grille]] cipher
	** [[VIC cipher]] (complex hand cypher used by at least one Soviet spy in the early ~~1950s -- it~~ proved quite secure for the time)		** [[VIC cipher]] (complex hand cypher used by at least one Soviet spy in the early 1950s—it proved quite secure for the time)

	== Famous ciphertexts ==		== Famous ciphertexts ==
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	* the [[eSTREAM]] program ([[ECRYPT]]-funded; motivated by the failure of all of the [[stream cipher]]s submitted to [[NESSIE]]; ended 2008)		* the [[eSTREAM]] program ([[ECRYPT]]-funded; motivated by the failure of all of the [[stream cipher]]s submitted to [[NESSIE]]; ended 2008)
	* the [[CRYPTREC]] program (Japanese government sponsored evaluation/recommendation project; draft recommendations published 2003)		* the [[CRYPTREC]] program (Japanese government sponsored evaluation/recommendation project; draft recommendations published 2003)
	* the [[IETF\|Internet Engineering Task Force]] (technical body responsible for Internet ~~standards -- the~~ [[Request for Comments\|Request for Comment]] series: ongoing)		* the [[IETF\|Internet Engineering Task Force]] (technical body responsible for Internet standards—the [[Request for Comments\|Request for Comment]] series: ongoing)
	* the [[CrypTool]] project (e-learning programme in English and German; freeware; exhaustive educational tool about cryptography and cryptanalysis)		* the [[CrypTool]] project (e-learning programme in English and German; freeware; exhaustive educational tool about cryptography and cryptanalysis)
	<!-- **need a list here, Help, please ** -->		<!-- **need a list here, Help, please ** -->
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	** [[SHA-512]] ([[NESSIE]] selection hash function, FIPS 180-2, 512 bit digest; [[CRYPTREC]] recommendation)		** [[SHA-512]] ([[NESSIE]] selection hash function, FIPS 180-2, 512 bit digest; [[CRYPTREC]] recommendation)
	* [[RIPEMD-160]] (developed in Europe for the RIPE project, 160-bit digest;[[CRYPTREC]] recommendation (limited))		* [[RIPEMD-160]] (developed in Europe for the RIPE project, 160-bit digest;[[CRYPTREC]] recommendation (limited))
	* [[Tiger (hash)\|Tiger]] (by [[Ross Anderson]] et al)		* [[Tiger (hash)\|Tiger]] (by [[Ross Anderson]] et al.)
	* [[Snefru (cryptography)\|Snefru]]		* [[Snefru (cryptography)\|Snefru]]
	* [[Whirlpool (algorithm)\|Whirlpool]] ([[NESSIE]] selection hash function, Scopus Tecnologia S.A. (Brazil) & K.U.Leuven (Belgium))		* [[Whirlpool (algorithm)\|Whirlpool]] ([[NESSIE]] selection hash function, Scopus Tecnologia S.A. (Brazil) & K.U.Leuven (Belgium))
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	** [[Product cipher]]		** [[Product cipher]]
	** [[Feistel cipher]] (block cypher design pattern by [[Horst Feistel]])		** [[Feistel cipher]] (block cypher design pattern by [[Horst Feistel]])
	** [[Advanced Encryption Standard]] (Rijndael) (128 bit block; [[NIST]] selection for the AES, FIPS 197, ~~2001 -- by~~ [[Joan Daemen]] and [[Vincent Rijmen]]; [[NESSIE]] selection; [[CRYPTREC]] recommendation)		** [[Advanced Encryption Standard]] (Rijndael) (128 bit block; [[NIST]] selection for the AES, FIPS 197, 2001—by [[Joan Daemen]] and [[Vincent Rijmen]]; [[NESSIE]] selection; [[CRYPTREC]] recommendation)
	** [[Anubis (cipher)\|Anubis]] (128-bit block)		** [[Anubis (cipher)\|Anubis]] (128-bit block)
	** [[BEAR (cipher)\|BEAR]] (block cypher built from stream cypher and hash function, by [[Ross Anderson]])		** [[BEAR (cipher)\|BEAR]] (block cypher built from stream cypher and hash function, by [[Ross Anderson]])
	** [[Blowfish (cipher)\|Blowfish]] (64 bit block; by [[Bruce Schneier]], et al)		** [[Blowfish (cipher)\|Blowfish]] (64 bit block; by [[Bruce Schneier]], et al.)
	** [[Camellia (cipher)\|Camellia]] (128 bit block; [[NESSIE]] selection (NTT & Mitsubishi Electric); [[CRYPTREC]] recommendation)		** [[Camellia (cipher)\|Camellia]] (128 bit block; [[NESSIE]] selection (NTT & Mitsubishi Electric); [[CRYPTREC]] recommendation)
	** [[CAST-128]] ([[CAST5]]) (64 bit block; one of a series of algorithms by [[Carlisle Adams]] and [[Stafford Tavares]], who are insistent (indeed, adamant) that the name is not due to their initials)		** [[CAST-128]] ([[CAST5]]) (64 bit block; one of a series of algorithms by [[Carlisle Adams]] and [[Stafford Tavares]], who are insistent (indeed, adamant) that the name is not due to their initials)
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	** [[LOKI\|LOKI89/91]] (64-bit block ciphers)		** [[LOKI\|LOKI89/91]] (64-bit block ciphers)
	** [[LOKI97]] (128-bit block cipher, AES candidate)		** [[LOKI97]] (128-bit block cipher, AES candidate)
	** [[Lucifer (cipher)\|Lucifer]] (by Tuchman et al of [[IBM]], early 1970s; modified by [[NSA]]/[[NBS]] and released as [[Data Encryption Standard\|DES]])		** [[Lucifer (cipher)\|Lucifer]] (by Tuchman et al. of [[IBM]], early 1970s; modified by [[NSA]]/[[NBS]] and released as [[Data Encryption Standard\|DES]])
	** [[MAGENTA]] (AES candidate)		** [[MAGENTA]] (AES candidate)
	** [[Mars (cipher)\|Mars]] (AES finalist, by [[Don Coppersmith]] et al)		** [[Mars (cipher)\|Mars]] (AES finalist, by [[Don Coppersmith]] et al.)
	** [[MISTY1]] ([[NESSIE]] selection 64-bit block; Mitsubishi Electric (Japan); [[CRYPTREC]] recommendation (limited))		** [[MISTY1]] ([[NESSIE]] selection 64-bit block; Mitsubishi Electric (Japan); [[CRYPTREC]] recommendation (limited))
	** [[MISTY2]] (128 bit block: Mitsubishi Electric (Japan))		** [[MISTY2]] (128 bit block: Mitsubishi Electric (Japan))
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	** [[Q (cipher)\|Q]] (128 bit block)		** [[Q (cipher)\|Q]] (128 bit block)
	** [[RC2]] 64-bit block, variable key length.		** [[RC2]] 64-bit block, variable key length.
	** [[RC6]] (variable block length; AES finalist, by [[Ron Rivest]] et al)		** [[RC6]] (variable block length; AES finalist, by [[Ron Rivest]] et al.)
	** [[RC5]] (by [[Ron Rivest]])		** [[RC5]] (by [[Ron Rivest]])
	** [[SAFER]] (variable block length)		** [[SAFER]] (variable block length)
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	** [[3-Way]] (96 bit block by [[Joan Daemen]])		** [[3-Way]] (96 bit block by [[Joan Daemen]])
	** [[Tiny Encryption Algorithm\|TEA]] (by [[David Wheeler (computer scientist)\|David Wheeler]] & [[Roger Needham]])		** [[Tiny Encryption Algorithm\|TEA]] (by [[David Wheeler (computer scientist)\|David Wheeler]] & [[Roger Needham]])
	** [[Triple DES]] (by [[Walter Tuchman]], leader of the [[Lucifer (cipher)\|Lucifer]] design ~~team -- not~~ all triple uses of DES increase security, Tuchman's does; [[CRYPTREC]] recommendation (limited), only when used as in FIPS Pub 46-3)		** [[Triple DES]] (by [[Walter Tuchman]], leader of the [[Lucifer (cipher)\|Lucifer]] design team—not all triple uses of DES increase security, Tuchman's does; [[CRYPTREC]] recommendation (limited), only when used as in FIPS Pub 46-3)
	** [[Twofish]] (128 bit block; AES finalist by [[Bruce Schneier]], et al)		** [[Twofish]] (128 bit block; AES finalist by [[Bruce Schneier]], et al.)
	** [[XTEA]] (by [[David Wheeler (computer scientist)\|David Wheeler]] & [[Roger Needham]])		** [[XTEA]] (by [[David Wheeler (computer scientist)\|David Wheeler]] & [[Roger Needham]])

	* Polyalphabetic substitution machine cyphers		* Polyalphabetic substitution machine cyphers
	** [[Enigma (machine)\|Enigma]] (WWII German rotor cypher ~~machine -- many~~ variants, many user networks for most of the variants)		** [[Enigma (machine)\|Enigma]] (WWII German rotor cypher machine—many variants, many user networks for most of the variants)
	** [[Purple code\|Purple]] (highest security WWII Japanese Foreign Office cypher machine; by Japanese Navy Captain)		** [[Purple code\|Purple]] (highest security WWII Japanese Foreign Office cypher machine; by Japanese Navy Captain)
	** [[SIGABA]] (WWII US cypher machine by [[William Friedman]], [[Frank Rowlett]], et al)		** [[SIGABA]] (WWII US cypher machine by [[William Friedman]], [[Frank Rowlett]], et al.)
	** [[TypeX]] (WWII UK cypher machine)		** [[TypeX]] (WWII UK cypher machine)

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	* [[Hardware random number generator]]s		* [[Hardware random number generator]]s
	* [[Blum Blum Shub]]		* [[Blum Blum Shub]]
	* [[Yarrow algorithm\|Yarrow]] (by Schneier, et al)		* [[Yarrow algorithm\|Yarrow]] (by Schneier, et al.)
	* [[Fortuna (PRNG)\|Fortuna]] (by Schneier, et al)		* [[Fortuna (PRNG)\|Fortuna]] (by Schneier, et al.)
	* [[ISAAC (cipher)\|ISAAC]]		* [[ISAAC (cipher)\|ISAAC]]
	* RPNG based on SHA-1 in ANSI X9.42-2001 Annex C.1 ([[CRYPTREC]] example)		* RPNG based on SHA-1 in ANSI X9.42-2001 Annex C.1 ([[CRYPTREC]] example)
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	* [[Digital Rights Management]] (DRM)		* [[Digital Rights Management]] (DRM)
	* Cryptography [[patents]]		* Cryptography [[patents]]
	** [[RSA]] (now public domain}		** [[RSA]] (now public domain)
	** [[David Chaum]] and digital cash		** [[David Chaum]] and digital cash
	* [[Cryptography and law enforcement]]		* [[Cryptography and law enforcement]]

Topics in cryptography - Revision history