Anthropic's Claude Solves 25-Year-Old NSA Cryptography Puzzle in Under 30 Minutes
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AI for Software Engineering (Copilots, SDLC, Testing)
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In short
- Anthropic's AI model, Claude, has successfully addressed a cryptographic challenge that has puzzled experts for 25 years.
- This challenge revolves around the enigmatic seeds provided by the NSA for NIST's standard curves used in digital signatures, which have long raised suspicions of potential backdoors.
- In a remarkable demonstration of analytical capability, Claude identified that these seeds originated from 'lrand48,' a straightforward C random number generator.
Anthropic's AI model, Claude, has successfully addressed a cryptographic challenge that has puzzled experts for 25 years. This challenge revolves around the enigmatic seeds provided by the NSA for NIST's standard curves used in digital signatures, which have long raised suspicions of potential backdoors. In a remarkable demonstration of analytical capability, Claude identified that these seeds originated from 'lrand48,' a straightforward C random number generator. This revelation significantly diminishes the likelihood of intentional backdoors being present. While this development is noteworthy, it is essential to consider the broader implications for cryptographic security and trust in governmental standards. A final assessment of the impact of this finding on future cryptographic practices would be premature at this point.
Source:
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Anthropics' Claude cracks a 25-year-old NSA cryptography mystery in under 30 minutes — The Decoder (EN-US)