In this blog post, we present a short example about how we define reasoning rules in Rocq to formally verify the safety of zero-knowledge circuits written in LLZK.| Formal Land Blog
LLZK is a language designed to implement zero-knowledge circuits. We wrote a translation tool from this language to a representation in the formal language Rocq.| Formal Land Blog
Here we present the beginning of our work to develop a formal verification tool for LLZK from Veridise, a new language designed to implement zero-knowledge circuits. The zero-knowledge technology is how future versions of Ethereum are planned to be implemented.| formal.land