The infrastructure layer for verified software.
BRIK-64 is building the platform where every line of code is mathematically proven correct. We’re creating a new category: formal verification as a service.
[01] THE OPPORTUNITY
Why now
$600B+ software quality market
Bugs cost the global economy $600B+ annually (NIST). The COBOL crisis alone threatens $3T+ in daily banking transactions. Current QA tools reduce bugs; BRIK-64 eliminates them by construction.
AI makes it urgent
AI generates 40%+ of new code (GitHub Copilot data). Tests written by the same AI are circular. Code review doesn’t scale. The verification gap grows with every AI-generated line.
Regulatory tailwind
EU AI Act, FDA software guidelines, NHTSA autonomous vehicle rules. Regulators are moving from “test it” to “prove it.” BRIK-64 provides the proof.
[02] THE PRODUCT
What BRIK-64 is
A self-verifying compiler and platform that lifts code from 10 languages into mathematically certified blueprints (PCD), then exports to 14 targets with formal proof of correctness. Φc = 1 means zero informational entropy: every input consumed, every output produced, every path verified. The compiler verifies its own compilation.
[03] TRACTION
What we’ve built
[04] BUSINESS MODEL
Open source CLI → Platform → Enterprise
Free CLI
Open source compiler and SDKs. Build the developer community.
Pro ($49/mo)
Platform access, private registry, GitHub integration, team features.
Enterprise
SSO, compliance reports, audit trails, CI/CD gates, on-premise, custom SLA.
Registry
Public free, private paid. npm for verified logic.
Verified Badge
API-connected certification badge. Subscription-locked. White-label for enterprise.
AI Agent Ecosystem
MCP server, skills marketplace, agent certification fees.
[05] COMPETITIVE MOAT
Why this is hard to replicate
207 Coq proofs
Each monomer is mathematically proven correct. Building this proof library from scratch takes years.
Self-compilation fixpoint
The compiler compiles itself to an identical hash. This is a property, not a feature — it’s extremely difficult to achieve.
First-mover in AI verification
PCD is the first language designed for AI agents. As AI code generation accelerates, the need for formal verification becomes existential.
Academic backing
Prof. Kish (Texas A&M) reviewed the theoretical foundations. The framework stands on Shannon, Brillouin, and Kish-Ferry.
Network effects
Every certified circuit in the registry reduces the need to write new code. The more circuits exist, the more valuable the platform.
[06] VISION
Roadmap
[07] INTELLECTUAL PROPERTY
IP portfolio
5 Patents Planned
- • Self-compilation fixpoint verification
- • TCE certification engine
- • BPU hardware architecture
- • AI action verification via policy circuits
- • Policy circuit certification
Trademarks
- • Digital Circuitality™
- • BRIK-64™
- • PCD™
- • BPU™
The future of software is verified.
We’re building the infrastructure layer for a world where every line of code carries mathematical proof of correctness.