Any language in. Any language out. Certified.
10 input languages. 14 output targets. Every path carries a mathematical certificate that the output preserves the computation of the input. Not tested. Proven.
N frontends + M backends = N×M transpilation pathswith N+M effort instead of N×M.
[01] LANGUAGE MATRIX
Every input → any output
Every input-output combination is a verified transpilation path. Hover to highlight.
[02] HOW IT WORKS
Source → PCD → Target
PCD captures the mathematical essence of computation — not syntax, not idioms, not runtime quirks. The equivalence proof travels with the output.
Domain preservation:input constraints carry through from source to PCD to target — bounds verified at every stage.
SCAN
Find all source files in the input directory
LIFT
Convert each file to PCD blueprints
CHECK
Certify each PCD with the TCE (Φ_c verification)
BUILD
Generate target language code
REPORT
Print migration summary with certification stats
[03] TRANSLATION VALIDATION
Not just conversion. Certification.
Traditional transpilers
One-to-one: TypeScript → JavaScript. CoffeeScript → JS. Sass → CSS. Each is purpose-built for a single language pair. No proof that the output is correct.
BRIK64 transpiler
N-to-N through one verified intermediate representation. Every output carries a cryptographic certificate proving equivalence to the source.
The guarantee
Φc= 1 on both sides. The source and target are mathematically equivalent — the computation is identical, only the syntax changes.
[04] DEMO
[05] COMPARISON
BRIK64 vs LLVM
PCD and LLVM IR serve different purposes. LLVM optimizes machine code generation; PCD preserves semantic structure for cross-language transpilation.
Start building — free
Not a 1-to-1 transpiler. An N-to-N certified migration engine. COBOL → Go. Python → Rust. With mathematical proof. Free CLI.