Review of Short Phrases and Links|
This Review contains major "Nist"- related terms, short phrases and links grouped together in the form of Encyclopedia article.
- NIST, an agency of the Commerce Department's Technology Administration, selected the formula after a four-year competition.
- NIST is seeking to establish a successor symmetric-key block cipher to DES by the year 2000.
- NIST is holding a competition to replace the SHA family of hash functions, which have been increasingly under attack.
- Developed by NIST, the AES algorithm is a complex cryptographic algorithm.
- NSA briefed NIST on its work regarding the public-key encryption algorithms 7 months after NIST's first request for assistance in 1989.
- During the first phase, NIST will evaluate the algorithms, including using publically submitted evaluations, and select a shortlist.
- NIST says that voting systems should not rely on a machine's software to provide a record of the votes cast.
- SkipJack was unclassified, and described in the web site of NIST.
- Currently, NIST has approved three symmetric encryption algorithms for use in Federal processing: AES, Triple DES, and Skipjack.
- These are issued by NIST. Among other things, DES and SHA are defined in FIPS documents.
- According to NIST, they're SHA512, SHA384 and SHA256. Why PGP insists on renaming them is something I don't understand.
- FIPS 140 is one of many cryptographic standards maintained by the Computer Security division of NIST, the US National Institute for Standards and Technology.
- That said, NIST announced in 2007 their Cryptographic Hash Algorithm Competition to find the next-generation secure hashing method.
- Yes. As is the case with its other cryptographic algorithm standards, NIST will continue to follow developments in the cryptanalysis of Rijndael.
- NIST intends to publish a Draft FIPS for the AES approximately one to two months after the AES announcement.
- On 19 May 2005, FIPS 46-3 was officially withdrawn, but NIST has approved Triple DES through the year 2030 for sensitive government information.
- Currently, NIST approves both the AES and TDES algorithms for use with CMAC.
- Literally "Advanced Encryption Standard." NIST is seeking to establish a successor symmetric-key block cipher to DES by 2001.
- According to [ RFC3394], NIST will define alternative initial values in future key management publications as needed.
- No. The complete algorithm specification and design rationale have been available for review by NIST, NSA, and the general public for more than two years.
- NIST and NSA are working together to perform evaluations of computer security products.
- A variety of the recommendations already have been acted upon by federal agencies, and NIST has briefed organizations in the Gulf Coast Region.
- NIST has invited the public to send comments, as part of its own review.
- Under the Computer Security Act of 1987, NIST also develops standards and guidelines for the protection of sensitive federal computer systems.
- NIST has been working very closely with industry and the cryptographic community during the development of the Advanced Encryption Standard.
- NSA supports NIST in the development of standards that promote interoperability among security products.
- In 2003 the U.S. National Institute for Standards and Technology, NIST, proposed that 80-bit keys should be phased out by 2015.
- Under the Joint R&D Technology Exchange Program, NIST and NSA hold periodic technical exchanges to share information on new and ongoing programs.
- Information is available on the NIST Web site.
- This is not currently practical and NIST considers keying option 1 to be appropriate through 2030.
- NIST and NSA are the responsible agencies.
- CMAC was submitted to NIST as part of an ongoing public effort to develop and update block cipher-based algorithms, called modes of operation.
- An informal AES discussion forum was also provided by NIST for interested parties to discuss the AES finalists and relevant AES issues.
- SPECIAL NOTE - Intellectual Property NIST reminds all interested parties that the adoption of AES is being conducted as an open standards-setting activity.
- The NIST report embraces that critique, introducing the concept of "software independence" in voting systems.
- By the definition of science the NIST report is not scientific.
- Following the announcement, NIST intends to publish a Round 2 Report that will summarize information from Round 2 and explain the algorithm selection.
- NIST maintains a list of proposed modes for AES [ 11][ 12].
- It is the responsibility of the vendor to notify NIST of any necessary changes to its entry in the following list.
- Note that this list does not include candidates in the current NIST hash function competition.
- At that conference and in a simultaneously published Federal Register notice, NIST solicited public comments on the candidates.
- All "candidates" (algorithms) were extensively examined by the world community and on October 2nd, 2000, NIST announced the winners.
- Actions are being taken by NIST and other agencies to address each of these areas.
- The table below lists the time servers used by the NIST Internet Time Service (ITS). The table lists each server's name, IP address, and location.
- On October 2, 2000, NIST announced that Rijndael had been selected as the proposed AES, and underwent the process of being made the official standard.
- NIST will evaluate the submitted algorithms and choose one or more to become the successor of SHA-2 by 2012.
- However, rather than simply publishing a successor, NIST asked for input from interested parties on how the successor should be chosen.
- NIST carries out many of these efforts in partnership with industry and government.
- NIST establishes cryptographic algorithm standards for the US government.
- NIST: National Institute of Standards and Technology, the government agency charged with adopting a national cryptographic algorithm standard.
- NIST requested NSA's assistance in evaluating the few cryptographic algorithms received, and NSA reported that no suitable algorithms had been submitted.
- NIST has mandated a block length of 128 bits for the Advanced Encryption Standard to improve security.
- NIST will consider alternatives which offer a higher level of security.
- After that, NIST recommends that they be upgraded to something providing more security.
- The National Institute of Standards and Technology (NIST) maintains these standards specifying, among other things, computer security.
- NIST will consider for discussion at the workshop, at a minimum, the modes that were proposed at the October 20, 2000 public workshop on this topic.
- NIST held a workshop to discuss the proposed Advanced Encryption Standard (AES) today.
- However neither any later paper or any actions by the NSA or NIST give any support to this remark by Courtois.
- According to FIPS 81, NIST does not support the use of the OFB mode for any amount of feedback less than 64 bits.
- SHA256 is another hash function specified by NIST, intended as a replacement for SHA1, generating larger digests.
- Designed by a team led by Bruce Schneier. In 1997, NIST initiated a process to develop a new secure cryptosystem for U.S. government applications.
- CBC was originally specified by NIST in FIPS 81. The standard, issued in 1981, only offers confidentiality.
- This makes it even less likely that anyone will implement it, and very unlikely that NIST will make it a standard.
- NIST decided to orchestrate a worldwide competition for a new encryption algorithm.
- According to a NIST retrospective about DES, The DES can be said to have "jump started" the nonmilitary study and development of encryption algorithms.
- NIST and other standards bodies will provide up to date guidance on suggested key sizes.
- After much criticism that this is not secure enough especially for long-term security, NIST revised DSS to allow key sizes up to 1024 bits.
- National Institute
- Encyclopedia of Keywords > Information > Reference > Standards
* Advanced Encryption Standard
* Aes Algorithm
* Aes Process
* Block Cipher
* Block Size
* Complete Specification
* December 2001
* National Bureau
* National Institute
* November 2001
* Secure Hash Algorithm
* Vincent Rijmen
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