katie! <3
@katietheqt.bsky.social
silly trans programmer girl :33
I don't use social media much so dont expect bangers
https://github.com/katietheqt
I don't use social media much so dont expect bangers
https://github.com/katietheqt
👀 interesting, I've only got experience with CUDA personally
December 5, 2024 at 2:14 PM
👀 interesting, I've only got experience with CUDA personally
yeah, probably - i was just far too lazy to write gpu compat for this lol
since people seem somewhat interested i might look into it
since people seem somewhat interested i might look into it
December 5, 2024 at 1:38 PM
yeah, probably - i was just far too lazy to write gpu compat for this lol
since people seem somewhat interested i might look into it
since people seem somewhat interested i might look into it
k^-1 can be whatever you want (**this is really insecure but privkey = 1 anyway so**), I opted for successive powers of two and just shifted left repeatedly
December 5, 2024 at 1:30 PM
k^-1 can be whatever you want (**this is really insecure but privkey = 1 anyway so**), I opted for successive powers of two and just shifted left repeatedly
someone got >40M DIDs/s using a good CPU
December 5, 2024 at 1:23 PM
someone got >40M DIDs/s using a good CPU
shameless plug for this tool I wrote: github.com/katietheqt/v...
it avoids the ECDSA issue by using privkey 1 which skips the expensive curve point multiplication - the *vast* majority of time is spent in SHA256 computation
it avoids the ECDSA issue by using privkey 1 which skips the expensive curve point multiplication - the *vast* majority of time is spent in SHA256 computation
GitHub - katietheqt/vanity-did-plc: an efficient tool to crack vanity `did:plc` DIDs
an efficient tool to crack vanity `did:plc` DIDs. Contribute to katietheqt/vanity-did-plc development by creating an account on GitHub.
github.com
December 5, 2024 at 1:22 PM
shameless plug for this tool I wrote: github.com/katietheqt/v...
it avoids the ECDSA issue by using privkey 1 which skips the expensive curve point multiplication - the *vast* majority of time is spent in SHA256 computation
it avoids the ECDSA issue by using privkey 1 which skips the expensive curve point multiplication - the *vast* majority of time is spent in SHA256 computation
the bottleneck is actually sha256 computation :3
December 5, 2024 at 1:15 PM
the bottleneck is actually sha256 computation :3