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National Institute of Standards and Technology

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Claude traced unexplained seeds from the National Institute of Standards and Technology’s (NIST) elliptic curves. The National Security Agency supplied seeds for NIST’s elliptic‑curve cryptography. The National Institute of Standards and Technology removed the Dual EC random‑number generator from its recommendations. The National Institute of Standards and Technology defines the NIST elliptic‑curve curve P‑256. Alfred Menezes helped write the original standard for NIST’s elliptic‑curve cryptography. Claude AI traced and found the seeds that were used in NIST's elliptic curve specifications The NSA supplied starting numbers for NIST's adopted curves in 2000 ML‑DSA digital signatures are standardised by the U.S. National Institute of Standards and Technology ML‑KEM key exchange is standardised by the U.S. National Institute of Standards and Technology Muneeb Ali cited guidance from the U.S. National Institute of Standards and Technology (NIST) for a 2030 quantum‑resistant security target NIST standardized the replacement signature scheme ML-DSA-65 NIST standardized the replacement signature scheme ML-DSA-87· Entity summary generated by Graphiti

RELATIONS
12Relations
CURRENT
12Current
EVENTS
1Events
REPORTS
6Source reports
KNOWLEDGE ATLAS0 entities · 0 relations
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Relation timeline

BY VALID-FROM DATE
  1. National Institute of Standards and TechnologySTANDARDIZESML-DSA-87

    NIST standardized the replacement signature scheme ML-DSA-87

    Current1 sourceML-DSA-87
  2. National Institute of Standards and TechnologySTANDARDIZESML-DSA-65

    NIST standardized the replacement signature scheme ML-DSA-65

    Current1 sourceML-DSA-65
  3. Muneeb AliCITES GUIDANCE FROMNational Institute of Standards and Technology

    Muneeb Ali cited guidance from the U.S. National Institute of Standards and Technology (NIST) for a 2030 quantum‑resistant security target

    Current1 sourceMuneeb Ali
  4. National Institute of Standards and TechnologyDEFINESP-256

    The National Institute of Standards and Technology defines the NIST elliptic‑curve curve P‑256.

    Current1 sourceP-256
  5. National Security AgencySUPPLIED SEEDS TONational Institute of Standards and Technology

    The National Security Agency supplied seeds for NIST’s elliptic‑curve cryptography.

  6. François YvonHELPED WRITENational Institute of Standards and Technology

    Alfred Menezes helped write the original standard for NIST’s elliptic‑curve cryptography.

    Current1 sourceFrançois Yvon
  7. National Institute of Standards and TechnologyREMOVEDDual EC random-number generator

    The National Institute of Standards and Technology removed the Dual EC random‑number generator from its recommendations.

  8. ClaudeTRACED SEEDS FORNational Institute of Standards and Technology

    Claude traced unexplained seeds from the National Institute of Standards and Technology’s (NIST) elliptic curves.

    Current1 sourceClaude
  9. ClaudeFOUND SEEDS FORNational Institute of Standards and Technology

    Claude AI traced and found the seeds that were used in NIST's elliptic curve specifications

    Current1 sourceClaude
  10. ML-DSA digital signaturesSTANDARDIZED BYNational Institute of Standards and Technology

    ML‑DSA digital signatures are standardised by the U.S. National Institute of Standards and Technology

  11. ML-KEM key exchangeSTANDARDIZED BYNational Institute of Standards and Technology

    ML‑KEM key exchange is standardised by the U.S. National Institute of Standards and Technology

    Current1 sourceML-KEM key exchange
  12. National Security AgencySUPPLIED NUMBERS FORNational Institute of Standards and Technology

    The NSA supplied starting numbers for NIST's adopted curves in 2000

Relations are facts Graphiti extracted from reports, not verbatim quotes. An end date means later reporting showed the relation no longer holds.