dhwcmoore/VeriBound_Enterprise: VeriBound Enterprise v1.0.0 - Formal Safety Kernel

I am proud to announce the v1.0 release of VeriBound Enterprise, a high-assurance boundary enforcement kernel designed to address "Data Blind Spots" in regulated industries. In sectors such as Algorithmic Trading and Nuclear Power, a standard if-else statement is insufficient. It is crucial to understand what occurs in the "gaps"—the undefined values between safe states. VeriBound employs a formally verified OCaml kernel, supported by Coq specifications, to enforce a strict "Default Deny" policy. If a value falls into a mathematical blind spot, the kernel rejects it instead of making assumptions. Validated Across 3 Critical Domains: Pharma: Detecting lethal gaps in dosage safety. FinTech: Enforcing Basel III capital adequacy rules (Capital Ratio checks). Nuclear: Triggering reactor SCRAM protocols during verified limit breaches. Why This Matters: Most validation libraries are fragile. VeriBound is mathematically rigorous. The core kernel has been released as Open Source under the MIT License to set a new standard for data safety. Github Repository: https://lnkd.in/gtFjFwCY Commercial Availability: While the kernel is open source, integrating high-assurance logic into legacy banking or clinical databases requires precision. Currently, I am opening 2 spots for paid pilot programs to integrate VeriBound into enterprise workflows. If your organization requires formally verified data safety to reduce liability, let's connect. Contact: DM me here on LinkedIn or email at dhwcmoore@gmail.com hashtag#OCaml hashtag#FormalVerification hashtag#RegTech hashtag#FinTech hashtag#NuclearSafety hashtag#SoftwareEngineering hashtag#OpenSource