3 years ago when we started zkSecurity, we reviewed a number of RSA circuits.
they're not easy to review.
If you had told me then that 3 years later we wouldn't have to understand how these circuits work for them to be secure, there's no way I would have believed you.
The work that the clean team has managed to achieve is really insane. Props to @mitschabaude@pirapira@g_dellimmagine and rot256
btw it might not be clear but to participate in you really don't need to understand any of it, just download the llms.txt and ask your agent to beat the record, that's it.
If you do, you'll get added to the leaderboard and you'll be part of history! We're trying to find the most optimized circuits for SHA-256 and RSA right now, and it's only been a few hours so it's probably easy to get in there :D
looks like ordian from parity just pwned both SHA-256 and RSA challenges, finding the most optimized circuits for both!
EDIT: nevermind, as I wrote this @sleepdefic1t wrote a better RSA circuit! How long will he stay up there?
The club is on the lookout for new courses and now taking suggestions from fellow golfers: which circuits would you like to play next?🏌️
Reply with your suggestions for our greenskeepers. ⛳️
Today we are releasing
Part of this project is fueled by my deep distrust of LLMs and the fact that they are annoyingly useful. The answer is to make LLMs formally prove their claims!
Try it out, it's fun! ⛳️