Introduction

Justin Drake, a researcher at the Ethereum Foundation, is warning the crypto industry of a potential threat to blockchain security. In a recent post on X, Drake suggested that AI-powered mathematical reasoning could break the security of signature schemes like ECDSA before the arrival of quantum computers.

What is ECDSA?

ECDSA is a signature scheme used by most blockchains, including Bitcoin and Ethereum. It relies on a simple security assumption: deriving a private key from a public key should be computationally impossible. However, Drake points out that this assumption may not hold true for AI-powered mathematical reasoning.

The AI Threat

Drake is concerned that AI may beat quantum machines to the punch in breaking the security of ECDSA. He cites a recent demonstration of mathematical ability by OpenAI, which included a significant disproof of the Erdős unit distance conjecture. This suggests that AI-powered mathematical reasoning could produce a rapid breakdown of ECDSA, potentially arriving in months rather than years.

Bunker Mode

Drake recommends that holders move their assets to new addresses with undisclosed public keys. This is known as