Features

Software that works like hardware.

A language, a compiler, a lifter, a certification engine, and a platform — everything you need to write code that is mathematically proven correct.

128

Total Operations

Export Targets

Source Languages

207

Coq Proofs

EVA Operators

Rust Crates

Fixpoint Hash

Coherence Metric

[01] COMPILATION

14 targets from one blueprint

Write or lift PCD once, compile to JavaScript, TypeScript, Python, Rust, C, C++, Go, COBOL, PHP, Java, Swift, WebAssembly, BIR bytecode, or native x86-64.

Hand-written parser with zero dependencies

SSA planner with canonical pipeline form

Self-compilation fixpoint (compiler compiles itself to identical hash)

Auto-generated tests derived from mathematical specification

Cross-backend equivalence: same inputs produce same outputs

Zero runtime dependencies in generated code

[02] VERIFICATION

Proof, not promises

A comprehensive verification pipeline ensures every compiled function meets formal correctness criteria. If verification fails, compilation is rejected.

Φ_c = 1 — circuit closure (every branch has complete input → output path)

Full formal verification across all metrics

Coq proof suite for core monomers

Immutable certification hash per function

Embeddable certification badges (green/amber/red)

[03] LIFTING

Reverse-compile any codebase

Point the Lifter at existing code. It extracts computational essence, identifies pure functions, and generates verified PCD blueprints.

10 source languages: JS, TS, TSX/JSX, Python, Rust, C, C++, Go, COBOL, PHP, Java

Purity analysis: separates CORE (pure) from CONTRACT (side effects)

GitHub integration: auto-lift on push

Bundle decompilation: analyze compiled bundles, extract modules

Incremental lifting: process changes, not entire repos

100% liftability: every file produces a blueprint

[04] TRANSPILATION

140 certified migration paths

Not a 1-to-1 syntax converter. An N-to-N certified migration engine. 10 input languages × 14 output targets = 140 paths, all through one verified intermediate representation.

Semantic transpilation: extracts what it computes, not how it’s expressed

PCD intermediate representation captures informational content

Algebraic equivalence (not tested)

COBOL → Go/Rust with mathematical proof of equivalence

Same architectural idea as LLVM, with formal equivalence certification

Cross-platform deployment from a single source

[05] PLATFORM

Build, share, certify together

Public and private registries, GitHub integration, IDE plugins, certification dashboard, and API access. npm for verified logic.

Public & private PCD registries with semantic versioning

GitHub App: 1-click install, auto-lift on push, PR certification comments

IDE support: VSCode, Cursor, Windsurf, Zed, IntelliJ, Trae (via LSP)

Certification dashboard with immutable hash verification

REST API at registry.brik64.dev

MCP Server for AI agent integration (brik64.discover, brik64.execute)

[06] AI NATIVE

Designed for AI agents

PCD is a compact language designed for AI agents. A model can learn it in minutes and generate certified code with mathematical guarantees.

Skills for Claude Code, Codex, Gemini CLI, Grok, OpenCode

MCP server: 2 tools (discover + execute) for direct agent integration

Machine-readable formats: JSON, Markdown, YAML, PCD

Policy circuits: PCD programs that verify AI actions before execution

Data endpoints for all site content (monomers, blog, stats)

AI writes verified circuits, not just code

[07] ENTERPRISE

Built for regulated industries

Fintech. Healthcare. Automotive. Government. When “tests pass” isn’t enough.

SSO / SAML / OIDC with SCIM provisioning

Compliance reports: SOC2, HIPAA, PCI-DSS, ISO 27001

Audit trail: tamper-proof timestamps, exportable

CI/CD gate plugins: GitHub Actions, GitLab CI, Jenkins

On-premise / self-hosted deployment option

Custom SLA (99.9% uptime) with dedicated support engineer

Ready to build verified software?

The CLI is free forever. Install it and certify your first function in under a minute.

Install the CLI See pricing