We broke 92% of SHA-256 – you should start to migrate from it
21–30 of 86 posts
Re: We broke 92% of SHA-256 – you should start to migrate from it
#22> his report was generated on 2026-03-22 as the final artifact of the SHA-256 Cryptanalysis Research Project. Collaboration: Robert V. (research direction, strategy) and Claude/Anthropic (implementation, computation).
This Claude guy is pretty prolific it seems.
But I'll wait for some known cryptographers to chime in
Re: We broke 92% of SHA-256 – you should start to migrate from it
#23Re: We broke 92% of SHA-256 – you should start to migrate from it
#24Venue should not imply credibility but in this case it would certainly help bring the proper scrutiny.
Re: We broke 92% of SHA-256 – you should start to migrate from it
#25In the linked work, we've broken 92% of SHA-256 across its full 64 rounds, and were encouraged to publish it by the leading cryptographer in the field (who held the previous record). Currently, SHA-256 is the basis of TLS certificates, bitcoin, and many other security applications. We think it is time to begin to migrate to other hash families, because we expect the rest of SHA-256 to fall soon.
Why omit the name of the leading cryptographer in the field?
Re: We broke 92% of SHA-256 – you should start to migrate from it
#26Re: We broke 92% of SHA-256 – you should start to migrate from it
#27Re: We broke 92% of SHA-256 – you should start to migrate from it
#28In the linked work, we've broken 92% of SHA-256 across its full 64 rounds, and were encouraged to publish it by the leading cryptographer in the field (who held the previous record). Currently, SHA-256 is the basis of TLS certificates, bitcoin, and many other security applications. We think it is time to begin to migrate to other hash families, because we expect the rest of SHA-256 to fall soon.
Re: We broke 92% of SHA-256 – you should start to migrate from it
#29https://claude.ai/share/b10b95ef-5d9f-43dd-9005-3d1d89f9dbc1
Re: We broke 92% of SHA-256 – you should start to migrate from it
#30In the linked work, we've broken 92% of SHA-256 across its full 64 rounds, and were encouraged to publish it by the leading cryptographer in the field (who held the previous record). Currently, SHA-256 is the basis of TLS certificates, bitcoin, and many other security applications. We think it is time to begin to migrate to other hash families, because we expect the rest of SHA-256 to fall soon.
Why omit the name of the leading cryptographer in the field?