Vitalik advises cautious adoption of “bunker mode” to address AI cryptographic risks

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[OpenAI publishes 722 mathematics papers; Ethereum Foundation core researcher calls on the industry to enter bunker mode]

Ethereum Foundation core researcher Justin Drake posted this morning, calling on the blockchain industry to enter “bunker mode”: gradually move assets to new addresses and hide public keys behind hashes to address the risk of rapid recovery of AI private keys that ECDSA could bring. This warning stems from October 6 mathematics papers published by OpenAI in 722, which include disproofs of several long-standing conjectures (such as the Erdős unit distance problem and the n log(n) lower bound for integer multiplication), indicating that mathematical superintelligence is rapidly approaching. Drake advised large holders and trading platforms to act first and avoid panic; he also noted that smaller BTC wallets retain some protection due to “Satoshi's shield”; and called for accelerated adoption of hash-based cryptography (such as SPHINCS) as the standard for the post-AI era. In response to Drake’s call, Vitalik suggested that, where operationally convenient, funds should be prioritized for addresses that have not yet initiated transactions, but he did not advise users to hastily move assets immediately, as moving them itself also carries a risk of fund loss. He also suggested that multisignature wallets use off-chain signature confirmation whenever possible to avoid publicly exposing signature information.

Key points

The material states that OpenAI published October 6 722 mathematics papers.
The material states that Justin Drake called on the blockchain industry to enter “bunker mode.”
Recommendations include moving assets to new addresses, hiding public keys behind hashes, and adopting hash-based cryptography such as SPHINCS。
The material states that Vitalik advised prioritizing addresses that have not initiated transactions, but did not recommend hastily moving assets.
The material states that Vitalik also advised multisignature wallets to use off-chain signature confirmation whenever possible.

AI-assisted interpretation

The following is analysis, separate from reported facts. Verify important claims independently.

This material links advances in mathematical research to crypto wallet security, recommending reduced public exposure of public keys and signature information and an assessment of hash-based cryptographic solutions.

Why it matters to readers

If the risks described in the material are confirmed, the security of wallets with publicly disclosed public keys and related crypto assets may need to be reassessed; however, no actual risk can currently be confirmed on this basis.

Beginners should treat this as a security reminder and should not hastily move assets based solely on this material.

Risks and unknowns

The material does not provide original links to the OpenAI papers, so it is impossible to verify 722 papers or their specific conclusions.
It is impossible to confirm from the material alone whether the mathematics papers mean that ECDSA private keys can actually be recovered.
It is impossible to confirm the original posts containing the relevant advice from Justin Drake and Vitalik, or its scope of applicability.

Vitalik advises cautious adoption of “bunker mode” to address AI cryptographic risks

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