THE AI-NATIVE SYNTHETIC LANGUAGE

BRIK64 is the first programming language designed for AI.

64 certified operations. 64 extended. An AI learns the entire language in one prompt. The compiler proves every program is correct. Free. Ready today.

Start building — free

Read the docs

BUILT FOR

AerospaceFintechHealthcareAutomotiveAI & MLGovernmentEngineeringScience

[01] · THE PROBLEM

Every other language lets you ship bugs.
This one doesn't.

Python has 80,000+ built-in functions and no guarantees. JavaScript has 1,200 edge cases in type coercion alone. Every mainstream language was designed for humans to express ideas — not for machines to verify them.

128 Operations. Total.

64 core, formally proven. 64 extended, bounds-checked. An AI memorizes the entire language in one context window.

Algebra, Not Duct Tape

Operations compose through EVA algebra. If A is verified and B is verified, A + B is verified. Mathematically guaranteed.

If It Compiles, It Works

The compiler checks every path, every edge case, every domain boundary. Open circuit? It won't compile. Period.

Certified Once. Trusted Forever.

A certified component never degrades. No regressions. No flaky tests. The proof is permanent.

[02] · THE BLUEPRINT

This is PCD. Learn it in one prompt.

64 core monomers, formally proven. 64 extended monomers, bounds-checked. Domain constraints on every input. Deterministic by construction. An AI learns the entire language in one prompt. Humans write JavaScript, Python, or Rust — the Lifter converts it to PCD. AIs write PCD directly.

PCD Blueprint

RustJavaScriptPythonGoCOBOLCC++JavaSwiftKotlinHaskellZigWasmLLVM IR

“One blueprint. Any material.”

PCD Source

PC hello {
    let msg = "Hello, verified world!";
    let n = LEN(msg);
    WRITE(1, msg, n);
    OUTPUT 0;
}

AI-native language

64 + 64 operations an LLM memorizes completely. Domain constraints the compiler enforces. The first language designed for AI agents to write directly.

Verified operations

Every PCD program is built from formally verified operations. Core operations formally proven, plus contract-based extended set.

Verified by design

If the blueprint doesn't close as a circuit (Φ_c≠ 1), it simply won't compile. The math is the proof.

Domain Constraints

Every input declares its valid range. The compiler enforces boundaries — no overflow, no NaN, no division by zero. By construction.

“An AI doesn't need a better language. It needs a language where incorrect programs cannot compile.”

[03] · LANGUAGES

10 languages in. 14 targets out.

Lift from

JavaScriptTypeScriptPythonRustCC++GoCOBOLPHPJava

PCD

Blueprint

Compile to

RustJavaScriptTypeScriptPythonCC++GoCOBOLPHPJavaSwiftWASMNativeBIR

[04] · THE PLATFORM

CAD for software. Compose circuits visually.

Publish circuits. Discover certified components. Drag, connect, compose — every connection verified by EVA algebra. Your software, designed like hardware.

BRIK64.COM / LABORATORY

EXPLORER

MY CIRCUITS

SHARED

PUBLIC REGISTRY

CERTIFY

Search circuits...

Circuit IDNameDetails

AUTH-FLOW-001

OAuth2 HandlerAuthentication flow

CERTIFIEDΦ_c = 112 monomers

SORT-ALG-042

QuicksortSorting algorithm

CERTIFIEDΦ_c = 18 monomers

NET-API-017

REST ClientNetwork layer

OPENΦ_c = 0.8724 monomers

CRYPTO-005

JWT ValidatorToken verification

CERTIFIEDΦ_c = 16 monomers

PUBLIC · MINE · SHARED

Personal Library

Your circuits, organized by project. Build, test, and recompose with real-time certification status.

Public Registry

A growing catalog of pre-certified circuits. Search, explore, and implement — never rewrite what's already proven.

Visual Composition

Drag, connect, compose. Every connection verified automatically through EVA algebra.

Certification Badges

Live proof embedded in your README. If the code changes one byte, the badge invalidates instantly.

REGISTRY LIVE — registry.brik64.devJoin the waitlist

[05] · THE FOUNDATION

One compiler. Every guarantee.

64 Core = mathematically certified. 64 Extended = bridge to the real world. Write once in PCD, compile to any target, and ship with proof that every input is handled, every path verified. No runtime surprises.

Compile

Write PCD once, emit verified binaries to any target. One blueprint, every language.

Verify

Mathematical proof — not just tests. Structural certainty for every verified operation.

Lift

Import existing code from any mainstream language into PCD. No manual rewriting required.

Certify

Φ_c = 1 means zero uncertainty — every operation closed, every path verified.

Operation families

128 operations total, organized into 16 families. 64 Core = formally proven. 64 Extended = bounds-checked, zero panic paths.

Core · Certified64 operations, formally proven

Arithmetic

Integer math with wrapping semantics

Logic

Bitwise operations for digital circuits

Memory

Stack and heap management

Control

Branching, loops, and flow control

I/O

Input and output streams

String

Text processing with verified boundaries

Crypto

Hashing, encryption, and signatures

System

Host environment and diagnostics

Extended · ContractBounds-checked, zero panic paths

Float64

IEEE 754 decimal math

Math

Scientific computation

Network

TCP, HTTP, DNS

Graphics

Visual output

Audio

Sound processing

Filesystem

Persistent storage

Concurrency

Parallel execution

Interop

Connecting systems

[06] · WORKFLOW

Three commands. Verified software.

01CONNECT

Connect Your Repo

Link any GitHub repository. On every push, BRIK64 auto-lifts your code into PCD blueprints.

GitHub App 1-click install
Auto-lift on push
PR comments with certification
Monorepo support

TERMINAL

$ brikc connect github.com/acme/api

✓ Repository connected

✓ Webhook installed

✓ Auto-lift enabled on push

02CERTIFY

Certify Reusable Logic

Every extracted circuit is verified by the TCE. If Φ_c= 1, it's mathematically verified.

Automatic TCE verification
Φ_c = 1 certification badge
Domain constraint validation
Two-tier: CORE + CONTRACT

TERMINAL

circuit validate(x: I64) -> Bool

───────────────────────────

TCE: Φ_c = 1.000 ● CERTIFIED

Domains: speed ∈ [0, 900] ✓

Closure: all paths terminate ✓

03PUBLISH

Publish to Registry

Ship certified PCD packages to the public registry. Every package carries an immutable proof.

Public & private registries
Semantic versioning
Dependency resolution
Searchable marketplace

TERMINAL

$ brikc publish validate@1.0.0

✓ Certificate: Φ_c = 1

✓ Published to registry.brik64.dev

✓ Badge embedded

[07] · INTEGRATIONS

Your code stays in GitHub.
BRIK64 verifies it.

Push code as usual. BRIK64 lifts, certifies, and comments on your PR — automatically.

GitHub Repo

→

brikc lift

→

PCD Blueprint

→

brikc build

→

Any Language

The Full Workflow

Push to GitHub

Your team pushes code as usual. No workflow changes required.

Lift to PCD

BRIK64 automatically lifts your code into a PCD blueprint — a language-agnostic, verified representation.

Certify

TCE verifies every circuit. Φ_c = 1, and your PR gets a certification comment automatically.

Build to any target

Emit verified code to Rust, JavaScript, Python, or any supported target from the same blueprint.

[08] · EDITORS

Works where you code. Today.

PCD syntax highlighting, inline certification, and one-click lift. No new tools to learn. No new workflow to adopt.

VSCode

Extension + LSP

AVAILABLE

Cursor

AI + PCD native

ALPHA

Windsurf

AI-powered coding

PLANNED

Zed

High-performance editor

PLANNED

IntelliJ

JetBrains IDEs

PLANNED

Antigravity

Google AI IDE

PLANNED

Syntax highlighting for .pcd files

Inline Φ_c certification status

One-click lift from source to PCD

LSP server: brikc lsp

[10] · AI-NATIVE

Tell your AI what to build. The compiler proves it's correct.

An LLM writes PCD, the compiler verifies Φ_c = 1, and if verification fails, the error becomes the next prompt. Repeat until certified. No other language has this loop.

brikc ai

$ brikc ai "Generate a drone speed controller with wind limits"

LLM generating PCD...

Φ_c = 0.847 — missing case: wind > 120 km/h

LLM fixing...

✓ Φ_c = 1.000 — all 12 paths verified. Certified.

Compiles to 14 targets

Rust

JavaScript

TypeScript

Python

C++

COBOL

PHP

Java

Swift

WASM

native x86-64

BIR bytecode

Data Endpoints

JSON

Full site data

Markdown

LLM-readable

Documentation

docs.brik64.dev

Claude Code Skills

5 skills

PCD Language Spec

64 + 64 ops

Formats

JSONMARKDOWNYAMLPCD

[11] · COMPLIANCE EVIDENCE

Compliance evidence. At compile time.

Generate auditor-ready compliance evidence directly from your verified code. No manual documentation. No ambiguity. The compiler produces the proof — you hand it to the auditor. Each report includes explicit scope limitations.

MiFID II

Algorithmic trading controls

Art. 17

40%

SOC2

Processing integrity

PI1.x

30%

SOX

Internal controls

Sec 404

25%

PCI-DSS

Secure development

Req 6, 10

15%

DORA

ICT risk prevention

Art. 6, 9

15%

Basel III

Verified calculations

RWA, VaR

10%

brikc certify

$ brikc certify --evidence mifid2 trading_algo.pcd

✓ MiFID II Art. 17 evidence generated — 5 controls mapped

✓ Scope limitation included

✓ Output: evidence_mifid2.json + evidence_mifid2.pdf

“SOC2 Processing Integrity evidence” — not “SOC2 compliant.” Every report includes what we cover and what requires separate evidence.

[12] · VERTICALS

Industries where a bug can kill.

Range types. Exhaustive pattern matching. Formal verification. BRIK64 eliminates entire classes of bugs at compile time — then emits to any of 14 targets.

Algorithmic TradingMiFID II 40%

MiFID II Art. 17 compliance from your algorithms

type OrderValue = range[0.01, 10_000_000.0];

Medical DevicesIEC 62304

IEC 62304 evidence without $1M manual certification

type InsulinDose = range[0.0, 25.0];

Smart ContractsWASM

Contracts that can't have bugs. Compiled to WASM.

type Balance = range[0, 1_000_000_000];

AerospaceDO-178C

DO-178C formal methods evidence from your code

type Altitude = range[0, 15_000];

Fintech / BankingSOX 25%

SOX Sec 404 internal controls. The math is the evidence.

type InterestRate = range[0.0, 0.30];

IoT / EmbeddedEmbedded

Firmware with zero undefined behavior

type Temperature = range[-40, 80];

[09] · ENTERPRISE

When “tests pass” isn't enough.

Fintech. Healthcare. Automotive. Government. Industries where you need mathematical proof, not just green checkmarks.

CI/CD Integration

GitHub Actions, GitLab CI, Jenkins plugins

Compliance Evidence

Auditor-ready reports for MiFID II (40%), SOC2 (30%), SOX (25%), PCI-DSS (15%), DORA (15%), Basel III (10%)

Certification Badges

Embeddable, verifiable certification for READMEs

SSO / SAML

Enterprise authentication out of the box

Audit Trail

Full history of certifications, exports, changes

SLA & Support

99.9% uptime, dedicated support, on-premise option

Start building with BRIK64.

The compiler is free. The language is finite. The proof is permanent.

Get started — free Learn the theory at Digital Circuitality

Docs

docs.brik64.dev

GitHub

github.com/brik64

Discord

discord.gg/brik64

BRIK64 is the first programming language designed for AI.

Every other language lets you ship bugs.This one doesn't.

This is PCD. Learn it in one prompt.

10 languages in. 14 targets out.

CAD for software. Compose circuits visually.

One compiler. Every guarantee.

Three commands. Verified software.

Connect Your Repo

Certify Reusable Logic

Publish to Registry

Your code stays in GitHub.BRIK64 verifies it.

Works where you code. Today.

Tell your AI what to build. The compiler proves it's correct.

Compliance evidence. At compile time.

Industries where a bug can kill.

When “tests pass” isn't enough.

Start building with BRIK64.

Every other language lets you ship bugs.
This one doesn't.

Your code stays in GitHub.
BRIK64 verifies it.