How It Works

From board documentation to deterministic simulation in 4 steps

1. Submit Board Documentation

Start with the board docs you already have: datasheets, register descriptions, memory maps, and interface requirements.

2. Foundry Synthesizes a Target

The LabWired Foundry ingests the hardware description, extracts the simulation-relevant structure, and prepares a new board or peripheral target for verification.

3. Verify and Export Artifacts

Foundry runs hosted verification, produces artifacts and run results, and exports the generated target so it can move into your local toolchain and CI workflow.

4. Run Locally and Debug Deterministically

Use the exported target with the open LabWired runtime to run firmware locally, collect deterministic artifacts, and debug the resulting system behavior in your normal tools.

// Run generated target in local CI... labwired test --script examples/ci/uart-ok.yaml // Collect deterministic artifacts... cat out/artifacts/result.json assert_eq!(result.status, "pass");

Accelerate Firmware Development

Move firmware validation out of the lab and into repeatable developer workflows.

Instant Digital Twins

Generate operational peripheral simulations directly from datasheets.

Hardware in CI/CD

Run full firmware validation suites on every commit without physical boards.

Run Any Binary

Validate production executables (C, C++, Rust) against bit-accurate logic.