Zero-knowledge virtual machines (zkVMs) are changing how we build provable apps. They let devs write programs in familiar languages—then prove correctness without re-executing them.
Tyler, our security analyst, wrote up a great explainer to kick off our zkVM Security Series 🧵
Tune in for a deep-dive fireside chat with Rami Khalil (@hashcashier), Senior Protocol Engineer at @RiscZero and @boundless_xyz, as we explore the design space for building applications on the RISC Zero zkVM.
Hosted by @FormallyJon from @VeridiseInc. https://www.youtube.com/watch?v=fQ4T8D-YhbQ
We recently collaborated with @SuccinctLabs to verify the determinism of SP1 circuits using Picus—Veridise’s formal verification tool for zero-knowledge circuits.
This marks the first step toward formally verifying the entire SP1 zkVM 🧵
Tune in for an technical fireside conversation with @mjdklein, a software engineer from @aztecnetwork, as we explore the intricacies of the @NoirLang programming language! cc @__zkhack__ 💙
YouTube video recording: https://www.youtube.com/watch?v=HlVxg7YzNVI
How to prepare for a security audit: Commit selection & feature freeze.
It’s vital to earmark a specific commit of your codebase. This establishes a stable reference point, and ensures clarity throughout the process. This can be done up to the day before the audit begins.
When security tool outputs lack context, they become a time sink. The best tools amplify human judgment—not override it. We're cooking up exciting new features in AuditHub 👀