The debate around AI-accelerated mathematics finding algorithmic shortcuts into discrete-log or elliptic curve cryptography before fault-tolerant quantum hardware arrives is genuinely fascinating. Vitalik and the Ethereum research team are completely right to take theoretical advances seriously and push the conversation toward post-quantum agility, hash-based signatures, and unexposed public keys. Highlighting how rapidly AI can formalize and stress-test mathematical proofs forces the industry to confront cryptographic complacency instead of assuming we have a decade of leeway.

However, leaping from "AI speeds up theorem proving" to "AI is going to crack your wallet overnight" fundamentally misunderstands how ECDSA and hashing actually work. AI cannot brute-force a 256-bit entropy space through sheer processing power; it would need to discover an unprecedented, classical mathematical breakthrough that collapses the discrete logarithm problem on secp256k1 altogether. If that ever happened, Bitcoin and Ethereum wallets would be the least of our worries the entire global banking sector, TLS encryption, and internet infrastructure would collapse simultaneously. Pushing panic-driven wallet migrations creates far more immediate operational risk and lost user funds than the cryptography itself failing. $BTC $ETH