Five working systems, one machine.
Drive the same engine that validates production submissions today. Change a real part, watch cost and capability respond, get rejected with the clause cited, and download artifacts that open in your own tools. What you can drive here is what your program gets.
60–300 h
labour hours per submission, done in hours
50–95%
of the cross-referencing automated
~$1.2M
value per site, per year
The Ledger
12,847
Verified artifacts accruing with provenance.
Six steps. One enforced chain.
Requirements
IntentIntent captured as a structured, verifiable requirements model, not a prompt.
Design
EngineLive parametric geometry with tolerances and GD&T, resolving from the requirements.
Manufacture
RealizationA real toolpath and G-code, cycle time and cost, for a chosen process and machine.
Verify
EngineLayered hard checks, every verdict citing its rule or the physics.
Measure
RealizationA simulated inspection of the made part, deviations mapped against tolerance.
Thread
All threeEvery link traced end to end and enforced, so the chain stays provable.
Pick a system. Start the loop.
One machine, six industries. Every system re-skins to your gate.
The live wedge. 61 production agents cross-validate PPAP submissions against IATF 16949 today.
The Verified Twin
Catch the unmakeable part before tooling is cut
Change a dimension, watch it re-make, re-check, and get rejected when it cannot be cut — with auditor-ready artifacts to download
Break the Gate
The same checks that guard your submissions cannot be talked past
Try to sneak a bad part through and get caught every time, with the rule cited and the feature highlighted
Declared Intent
A complete, verifiable spec in minutes — nothing guessed, nothing forgotten
Answer structured questions and watch a full requirements model build, with every gap flagged before design begins
Verified Generation
Geometry that arrives already checked at every step
Scrub from intent down through the altitudes to a STEP file — your review cycle shrinks because every altitude is scored before the next begins
The Toolpath
Know cost, cycle time, and manufacturability before you commit a quote or a machine
Watch G-code cut the stock, read the DFM verdict, and download the .nc program
What is live and what is next.
| Capability | Maturity | What that means |
|---|---|---|
| Verification core | LIVE | Runs in production today |
| Registry of standards | LIVE | 70 standards across 19 families encoded now |
| CAD kernel and edit | LIVE-CAPABLE | Standard engineering tech, real in the prototype |
| CAM, G-code, DFM | LIVE-CAPABLE | Real toolpaths and manufacturability rules |
| Intent and requirements | ASSISTED | The model and elicitation are real |
| Verified generation | ASSISTED | Variant and guided now, broader synthesis as the corpus grows |
| Metrology and making | ROADMAP | The Maker, at phases five and six |
Everything tagged live is in production today. Nothing here is a mockup, and nothing is claimed early.
70 standards · 19 families · 6 sectors