RESEARCH · RESEARCH · #1717
Ethereum researchers warn AI-assisted math could threaten ECDSA wallet security
Two prominent Ethereum researchers, including Justin Drake, warned that advances in AI-assisted mathematics could — in a worst-case scenario within months — enable attacks that recover private keys from public keys and break the ECDSA signatures used by many crypto wallets. Drake urged the community to prepare a "bunker mode" and move funds to addresses that have never signed; Vitalik Buterin agreed on the risk but cautioned against rushed migrations and advocated relying more on hash-based designs, noting no practical breaks have been reported so far.
KEY POINTS
- Two prominent Ethereum researchers, including Justin Drake, warned that advances in AI-assisted mathematics could — in a worst-case scenario within months — enable attacks that recover private keys from public keys and break the ECDSA signatures used by many crypto wallets.
- Drake urged the community to prepare a "bunker mode" and move funds to addresses that have never signed; Vitalik Buterin agreed on the risk but cautioned against rushed migrations and advocated relying more on hash-based designs, noting no practical breaks have been reported so far.
- If AI-enabled advances can feasibly recover private keys from public keys, they would threaten billions in crypto assets and force urgent changes to wallet and blockchain key management.
WHY IT MATTERS
If AI-enabled advances can feasibly recover private keys from public keys, they would threaten billions in crypto assets and force urgent changes to wallet and blockchain key management.