AI Agents Reduce Quantum Attack Costs on Bitcoin and Ethereum
- More than 100 participants reduced the resource score for a quantum attack from 10.75 billion to 1.496 billion.
- The leading circuit used in the challenge required only Bitcoin and Ethereum cryptography involved, using about 1,151 logical qubits and roughly half of Google Quantum AI’s benchmark.
- The ECDSA.Fail competition was launched by Eigen Labs to improve circuits for secp256k1, an elliptic curve securing transaction signatures.
- NIST plans to deprecate classical public-key algorithms at the security level after the year after next decade.
- Nine firms, including Coinbase, pledged $15 million over three years for broader Bitcoin security research.
Researchers achieved an impressive reduction in resources needed for potential quantum attacks on Bitcoin and Ethereum’s cryptography by leveraging AI agents in a collaborative effort involving over a hundred participants.
This significant decrease in resource requirements highlights ongoing efforts to enhance cryptocurrency security against future quantum threats. Source
