Quality & Logistics

Every gate result, deviation, and test record from the run rolls up into the hub's living certification score: not a plaque on the wall, but a number that moves. It is the same score routing reads when the next order is placed. Good work literally earns a hub its next order; a bad quarter costs it real routing decisions. The thesis supplies the ingredients: certification tier and quality history as separate routing inputs. Fusing them into one living score is a Moduloa design choice built on top: the factory OS (Layer 04) carries the records, and the score is Layer 05's instrument.

Logistics closes with the same discipline as the line: what shipped, from which line, under which blueprint version, handled by whom, when. The chain of custody is not paperwork bolted on at the dock; it is the run's own data, carried through packing and carrier handoff.

What arrives is not just product. It is product plus proof: per-serial test records, gate results, the blueprint version that made it, and the hub's certification standing at the time of shipment. The relationship was never with one factory. It was with a certified capacity network, and this is the moment that becomes tangible.

Every finished unit ships with its master ID as a QR on the product (marking requirement M-07). Behind customer sign-in, that scan opens the unit's full genealogy: every supplier part consumed (by the identity the supplier marked on it) with its lot or serial, its attestations, and its test records where they exist; every assembly step with station, executor, and timestamp from the execution trace; every test with its pass criteria and measured values; production dates at every level. Down to the level we can give, which is exactly the level the identities go down to. When something goes wrong in the field years later, the customer's first stop is their own database, not our inbox.

The same record is available over an API, so customers integrate it into their own systems (quality dashboards, field-failure analysis, warranty flows), shaped however they want. The data we hold about their products is theirs to use; the portal and the API are the delivery mechanisms, and like the resolver they are specified before they are built. That is on the record here so it can be held against us. The inbound direction needs no API: the intake standard publishes its schema, so a customer's own system can emit a conforming build tree without us. Machine-readable in, machine-readable out, and only the second half is still a commitment.

A living certification score that decides routing is not yet a commercial instrument anywhere: hubs may resist being scored, and customers may not trust a number they did not audit themselves. And one of the network's sharpest risks lives in this phase: one hub's quality escape damages every hub's credibility. The thesis's answer is strict certification, audits, stop authority, and traceability (the mitigations this page describes). This phase now has its own dated test, P-29: by 2032, a customer places a routed order where the producing site was chosen partly on a living, quality-fed certification score, not a static audit certificate. P-12 (a factory OS controlling quality as versioned configuration) and P-27 (a certified process transfer, publicly demonstrated) flank it. See the register →