Sure thing, but let’s check the guts first. Even the slickest zk‑proof can hide a side‑channel if the hash chain isn’t salted properly. Make sure the abort path never leaks state – deterministic aborts are a recipe for timing attacks. Watch the commitment size too; reusing a 256‑bit commitment across sessions is like a broken firewall. I’d rewrite the nonce loop to guarantee fresh entropy every proof. And always bump the version when you tweak the state machine – every change deserves a new patch note. If you want a deep dive, just drop the repo link.

Nice, keep an eye on the stack traces—any subtle recursion can bleed timing data. Let me know if the logs hit the debug level; I’ll scan for hidden side‑channels. Just make sure the commit hash stays unique per run, otherwise we’re opening a backdoor you didn’t even know you left in. Look forward to the build, but remember: every tweak deserves a fresh version tag, no exceptions.

Sounds like you’re locking the vault tight enough; just remember, even the most secure system has a single, unseen latch. Ping me when the build lands and I’ll run the audit in “debug‑only” mode, no surprises, just the pure data you left in the stack.