A controlled production process for software. Secure by construction, proven on every build.
The audit is the bottleneck.
Trustworthy software today means a manual audit on every project. Slow, expensive, and repeated again for the next build. It does not scale, which is exactly why regulated industries cannot adopt AI-generated code: they would have to audit every output, and the audit costs more than the code ever saved.
We move the proof upstream. Certify the process, not the output. A certified process produces certified output by construction, which removes the need for a fresh manual audit on every build. It is how certified manufacturing already works. You do not re-inspect every part from an ISO or AS9100 certified line. You trust the line, and the line ships its proof.
Certify the line once. Maintain it with independent spot-audits, recertify it when it changes, and every build still ships a full evidence packet for anyone who wants to trace a finding to the exact line of code. The proof moves from auditing every output to trusting a certified process that proves itself continuously. This is the model we are building toward, and the discipline is already running: enforced standards, adversarial hardening, and signed proof on every build.
Today mobile. Tomorrow, every line of code.
AI is about to write most of the world's software. The bottleneck stops being how fast code gets generated and becomes whether anyone can trust it. Intrinsic Code is building the layer that makes AI-generated code trustworthy by construction. We start where the proof is hardest.
Security by construction.
The industry calls it harness engineering — building the rules, feedback loops, and architectural enforcement that constrain an AI agent's solution space before it generates a single line of code. We call it security by construction. Same idea. Different audiences. The result is the only thing that matters: 85% of mobile apps fail OWASP security standards. Ours are built against them by construction — the constraints are in the room before the first line is written.
Generate code first. Discover what's broken later. App Store rejection three weeks after submission. A security audit you can't afford. Crypto primitives the model picked without knowing which ones Apple banned last quarter. Every shortcut quietly compounds until you can't ship.
Before any code is written, the Blueprint declares the app's security tier and complexity tier. The architecture declares which platform features are allowed and which are forbidden. The Constitution — a living document — tells every downstream agent which rules apply. By the time the Coder writes its first line, the rules are already in the room. By the time you open Xcode, the App Store guidelines are already followed.
Intrinsic Code's security claims map to named tests: validator tests, crypto primitive tests, traceability tests, infrastructure tests, router tests, and cross-module enforcement. And every build is built to exit with its own evidence: a cryptographically signed record of which gates fired and where, with a full audit packet that traces any finding to the exact lines of code.
See the live test suite →- Security-by-Construction
- Data Minimization & Privacy by Design
- Cryptography & Dependency Standards
- Authentication & Identity
- Secure Architecture & Runtime
- Traceability
- Last-Mile Compliance
- Incident Response & Disclosure
Cryptographically signed proof, on every app.
Every Intrinsic Code application ships with a Validation Receipt — a JSON document enumerating every enforcement gate fired during generation, mapped to external standards (OWASP MASVS, NIST, NIAP, ISO/IEC, Apple App Store, Google Play). Each Receipt is signed with Ed25519 cryptography using RFC 8785 canonicalization. Anyone with the public signing key can verify a Receipt independently.
The first publicly-signed Intrinsic Code Validation Receipt is in our public proof repo right now. Pull the public key, run the standalone Python verifier, and confirm the signature in under thirty seconds.
A team of AI agents in your IDE.
Intrinsic Code isn't one model. It's a chain of specialized agents — each with one job — passing files between them. Blueprint locks before code is written. Code locks before audit. Audit locks before export. Every agent answers to the Constitution. No regenerations. No fix loops. No drift.
Blueprint
Conversational planner. Walks you through app identity to security posture. Output is a locked JSON contract.
Synthesis
Converts the locked blueprint into a structured, schema-validated Blueprint Contract that every downstream agent consumes.
Structure
Designs the project architecture — files, modules, data flow — and reads the active-policy package so the security rules are wired in before scaffolding. Decides Pure Native or KMP Fast Lane.
Project
Stamps SwiftUI and Kotlin templates with security trace headers already injected. Configures Xcode. Configures Gradle. Ready to compile.
Native code
Writes one screen at a time. Real SwiftUI. Real Compose. No regeneration loops, because the blueprint locked everything upstream.
Per-file review
Standards and implementation auditors check each generated file against the Constitution before it advances.
Adversarial
Eight specialist Reapers — auth, compliance, crypto, dependencies, input, mobile, privacy, secrets — attack the generated code by threat category across all five tiers. Findings route to reconciliation and repair.
Sign-off
Bundle-level standards verification and Receipt-integrity check. Holds final approval authority; blocks export on anything short of it.
Validation Receipt
Collects every enforcement gate fired during generation, signs the result with Ed25519 cryptography, and emits a publicly-verifiable Validation Receipt.
Where being right isn't optional.
The places where AI-generated code is a non-starter today are the places where it matters most. Not because the code is harder to write, but because nobody can prove it is safe to ship. A certified manufacturing process is how those industries already trust everything else. We are building it for their software.