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{{r|Advanced Encryption Standard}}

{{r|Advanced Encryption Standard}}

...nist.gov/publications/fips/fips197/fips-197.pdf FIPS PUB 197: The official Advanced Encryption Standard].</ref>. Despite its delisting as an official standard, DES (especially it

...and takes a 128-bit key, so it can be used as a drop-in replacement for [[Advanced Encryption Standard|AES-128]] in many applications.

| conference = First Advanced Encryption Standard (AES) Conference

Ciphers of the [[Advanced Encryption Standard]] generation, all with 128-bit block size, include: * [[Advanced Encryption Standard | AES]] itself, formerly known as Rijndael, an SP network, from two Belgian

The '''Advanced Encryption Standard''', or '''AES''', is a US government specification for a [[block cipher]] t ...ately "rhine doll"), from two Belgian designers. That algorithm is now the Advanced Encryption Standard.

<td>[[Advanced Encryption Standard|AES]]</td><td>SP network</td><td>128</td><td>128,192,256</td><td>10, 12 or

{{r|Advanced Encryption Standard}}

* ''The Design of Rijndael: AES - The Advanced Encryption Standard'', by [[Joan Daemen]] and [[Vincent Rijmen]], Springer 2002, ISBN 978-35404

...]], DES. The winning cipher, previously known as [[Rijndael]] became the [[Advanced Encryption Standard]], AES. DES had become obsolete because its 56-bit [[Block_cipher#Key size ...they chose a winner. In October 2002, Rijndael was chosen to become the [[Advanced Encryption Standard]] or AES. See [[Block_cipher/External_Links#AES_links | external links]] fo

...[block cipher]] that was a finalist in the [[AES competition]]. Like all [[Advanced Encryption Standard|AES]] candidates, it uses 128-bit blocks and supports key sizes of 128, 192

...included proofs along these lines in their design documentation, and the [[Advanced Encryption Standard]] itself uses such a calculation to determine the number of rounds required

The [[Block_cipher#The_AES_generation |'''Advanced Encryption Standard competition''']] (''AES competition'') begun in 1998 involved many of the w

...the [[AES competition]], choosing a new cipher standard which became the [[Advanced Encryption Standard]]. Starting in 2005, they sponsored two public workshops to discuss the sta

In 2002, DES was replaced as a US government standard by the [[Advanced Encryption Standard]] which uses 128-bit blocks and takes 128, 192 or 256-bit keys. While DES w

...er key, he can try to solve for all the round keys. For example, against [[Advanced Encryption Standard | AES-128]] he can try to solve for the eleven 128-bit round keys instead o

...st-DES generation of [[block cipher]]s used a 128-bit or longer key, and [[Advanced Encryption Standard]] (AES) ciphers support key sizes 128, 192 and 256 bits.

...cryption Standard]] (DES) from the 1970s is now considered obsolete; the [[Advanced Encryption Standard]] (AES) replaced it in 2002. To choose the new standard, the [[National Ins ...on a new cipher standard to replace their Data Encryption Standard, the [[Advanced Encryption Standard]] or AES. A whole new generation of ciphers arose, the first 21st century b

...ed use in 1976 but now considered quite vulnerable. Its replacement, the [[Advanced Encryption Standard]] (AES) was approved in 2002. AES, when used with NSA-supplied keys, is app