What if software worked like a physical circuit?
Declare your domains. The compiler verifies them. Zero runtime surprises. 64 formally proven operations. 15,424 tests. Compiles to JS, Python, Rust, native x86-64.
// The Problem //
We build skyscrapers with blueprints. We build software with hope.
A bridge engineer knows exactly how much weight each beam can hold. A chip designer knows exactly what signal each gate produces. But a software engineer? They write code, run some tests, cross their fingers, and ship.
Verified Parts
Like tested beams in a bridge. Each part is mathematically proven correct before it's ever used.
Composition Laws
Parts connect through algebra, not duct tape. If Part A works and Part B works, A+B is guaranteed to work.
Automatic Check
The compiler verifies every connection. If the circuit doesn't close, the program simply won't compile.
Compound Interest
A certified component never needs rewriting. The more that exist, the less anyone needs to build from scratch.
// The Foundation //
64 certified operations.
Like the periodic table of computation. Each element is proven correct in Coq. Programs built from these 64 operations inherit their mathematical guarantee: Φc = 1
// Start Building //
Get started in minutes
01 · START BUILDING
Download the CLI.
The brikc compiler is a single binary. Parses PCD, plans execution, generates code for 5 targets, and verifies certification — all in one tool.
curl -L https://brik64.dev/install | sh$ brikc catalog # LIST ALL 128 MONOMERS $ brikc run hello.pcd # EXECUTE A PCD PROGRAM $ brikc build -t js # COMPILE TO JAVASCRIPT $ brikc check program.pcd # VERIFY CERTIFICATION
02 · START BUILDING
Use the SDKs.
Drop 128 verified operations into your existing Rust, JavaScript, or Python codebase. Every function carries its certification.