Anthropics' Claude cracks a 25-year-old NSA cryptography mystery in under 30 minutes

Anthropic's AI model Claude has reportedly solved a longstanding cryptography mystery involving NIST's standard elliptic curves for digital signatures. The seeds used to generate these curves were provided by the NSA without explanation, fueling decades of suspicion that they may contain hidden backdoors.

The puzzle has occupied cryptographers for approximately 25 years, with researchers unable to determine the origin or rationale behind the seed values. Claude's solution in under 30 minutes suggests the model can perform deep mathematical and cryptographic reasoning at a level that has previously eluded human experts.

This result highlights the growing capability of large language models to tackle complex, open-ended research problems in specialized fields. If verified, it could reshape how researchers approach cryptographic analysis and raise questions about the role of AI in auditing security standards.

The broader implications for trust in NIST standards and the NSA's role in cryptography remain to be assessed, but the demonstration underscores that frontier AI systems are increasingly capable of contributing to fundamental scientific and security research.

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