Claude just cracked a 25-year-old crypto mystery in 30 minutes that humans couldn't solve.
The AI traced NSA-supplied seeds behind NIST's P-256 elliptic curve back to a 1990s random number generator.
P-256 is everywhere - TLS, Bitcoin's secp256k1 cousin, government encryption. If those seeds weren't actually random, we've got a problem.
This isn't just cool tech flex. It's about trust in foundational cryptography that secures billions in value.
NSA involvement in crypto standards has always been sketchy (remember Dual_EC_DRBG backdoor?). Now AI can audit what took cryptographers decades.
The implications:
- AI accelerating security research
- Potential vulnerabilities in widely-used curves
- Questions about other "random" parameters in crypto standards
If you're building on any chain using NIST curves, might want to pay attention.
The AI traced NSA-supplied seeds behind NIST's P-256 elliptic curve back to a 1990s random number generator.
P-256 is everywhere - TLS, Bitcoin's secp256k1 cousin, government encryption. If those seeds weren't actually random, we've got a problem.
This isn't just cool tech flex. It's about trust in foundational cryptography that secures billions in value.
NSA involvement in crypto standards has always been sketchy (remember Dual_EC_DRBG backdoor?). Now AI can audit what took cryptographers decades.
The implications:
- AI accelerating security research
- Potential vulnerabilities in widely-used curves
- Questions about other "random" parameters in crypto standards
If you're building on any chain using NIST curves, might want to pay attention.