Every module that comes off your factory line gets inspected, welded, hauled, set, and lived in. The telemetry already exists. The QA reports already exist. The inspection logs already exist. You're producing the data that lenders, insurers, and government programs would pay for — and you're throwing it away.

The MES is full. The registry is empty.

Walk through any tech-forward industrialized housing factory and you'll find a Manufacturing Execution System (MES) full of high-fidelity production data: weld inspections, QA pass/fail records, materials lot traceability, dimensional measurements, thermal profiles, finish-quality grades, ship-out timestamps. Some manufacturers run sensor-instrumented lines that capture even more — vibration data, torque values, environmental conditions during cure.

None of it leaves the factory in a form anyone outside can use. When the module ships, the data stays in the MES. When the lender underwrites, the lender starts from scratch. When the insurer quotes, the insurer applies a generic class rate. When the disbursement-funding program disburses, the program reviews an invoice and a photograph. The factory's data — the highest- fidelity signal anyone in the financing stack will ever have — gets reused exactly zero times.

This is leaving real money on the table

Think about what your factory data could unlock if it were formatted into a shared, verifiable record:

Lender financing access. Lenders won't price your modules at site-built spreads because they can't independently verify your quality claims. A standardized, verified passport changes that.
Insurance pricing leverage. Generic class rates over-charge your higher-quality production. Resilience-priced insurance reads the same data your QA team already produces.
Government program eligibility. Verified disbursement requires verified milestones. Your factory already certifies them — but in a format the program can't ingest.
Direct revenue from the data itself. Industry-aggregated indices, data licensing, and benchmarking products generate recurring margin from data you're already producing.

None of this requires changing how you build. It requires changing what happens to the data after the module ships.

The shared-passport architecture

The structural fix is a shared registry — a neutral infrastructure layer that lets every factory format their existing MES output into a verified module passport that lenders, insurers, and government programs read off the same record.

Here's what gets recorded per module:

Provenance — manufacturer, factory, build batch, materials lot, manufacture date
QA — weld inspection, third-party inspection, defect log, certification status
Resilience — seismic class, wildfire resistance, hurricane rating, ingress protection
Value attributes — net-zero status, embodied carbon, energy posture, certifications
State — raw → certified → completed → in-structure (immutable lifecycle events)
Auto-generated — module code, cryptographic hash, computed KeyScore (0–99)

The KeyScore is the key innovation: a single number every downstream party reads off the same record. Same math for every manufacturer. Same scoring function for every module. The financing stack, the insurance market, and the government program all stop using bespoke quality models and start reading one shared signal.

How data flows in (without changing your line)

The first batch of modules doesn't need any factory integration at all. Use the CSV bulk-import to backfill a representative cohort from your existing MES export. Watch the registry auto-code, auto-hash, and auto-score them. See the resulting KeyScore distribution. See what your pool would look like to a BBB-or-better-only securitization buyer.

Once that proof exists, the next step is API integration. Live ingest from your MES into the registry as each module clears QA. Lifecycle events emitted automatically as the module progresses through the value-state machine (certified → completed → installed). The cryptographic hashing and audit trail get captured at the moment of insert.

For manufacturers running cyber-physical-system instrumentation (sensor + inspection + hash on the production line itself), the long-tail integration is a CPS-node spec that hashes verified data at the source. That's roadmap-stage, not required.

What you keep

Your factory's data is in your workspace. Row-level security enforced at the database layer. You don't see other manufacturers' modules and they don't see yours. Industry- aggregated data flows into the Modular Index only de-identified — no manufacturer attribution, no project attribution, no competitive leakage.

You also keep the commercial relationship. Lenders, insurers, and government programs read your module records, but they interact with you for project-level financing, underwriting decisions, and program-level contracting. The registry is the verification rail; the deal is still yours.

The economics from your side

Registry tolls are the baseline cost: $100 per module + small per-event fees ($10 per lifecycle event, $5 per pool inclusion, $5 per disbursement, $5 per policy). For a manufacturer producing 1,000 modules per year, that's $100,000 of registry cost — fully covered by the financing-spread compression on the first few deals that go through the rail.

Beyond the toll, the upside compounds. Your modules become eligible Capital Rail collateral. Your insurance premiums get priced off your actual KeyScore, not a generic rate. Your customers — sponsors, developers, government programs — can fund and disburse against your modules using verified-release rails instead of invoice-trust. The pricing power flows back to the factory.

Design-partner workspace for the early adopters

We're running zero-fee design-partner workspaces for the first cohort of manufacturers. The trade is access — you get a direct line to product development, early API surface area, and a price commitment for the first 24 months of production. We get a real cold-start dataset and a manufacturer that's seeing their own data in a productive form for the first time.

If you're producing meaningful volume, this is the cheapest way to find out whether your factory data has the buyer demand you think it does — without committing to a multi-year platform deal up front. Apply for a design-partner workspace →.

The data already exists. The factory already produces it. The buyers already want it. The structural fix is the verification rail that lets all three parties read off the same record.

Your factory data is your most underutilized asset — here's the structural fix