RFQ Latency
Supplier discovery, quoting, and certification review can stretch 6 to 12 weeks before hardware moves.
Coordinate certified production across distributed suppliers, internal forges, and compliance-controlled workflows, from RFQ to qualified delivery.
Access qualified, certified manufacturing capacity.
AS9100D, ITAR, CMMC, and audit-ready traceability.
Real-time status, routing, and performance insights.
From prototype to full-rate production without losing execution discipline.
Three failure modes show up in every program review. Each one compounds, and none of them have a tool. They have spreadsheets, emails, and a tribal memory that walks out the door at every handoff.
Supplier discovery, quoting, and certification review can stretch 6 to 12 weeks before hardware moves.
Certified shops operate as isolated nodes with limited visibility into machine availability, tooling constraints, and throughput.
AS9100D travelers, ITAR controls, CUI handling, and inspection records often break when work moves across suppliers.
Every node, every route, every audit packet in one pane of glass. The view below is a representative snapshot of the operator console, shown with sample data rather than customer figures.
Track production value routed across the network, by program and period.
Follow every open route across programs from one live queue.
See qualified suppliers and internal forges with current capability status.
Measure intake to award time and compress it round over round.
Balance load across the network with capacity-weighted utilization.
Generate serialized audit and traceability packets automatically.
| RFQ | PART | SUPPLIER | STAGE | ETA | |
|---|---|---|---|---|---|
| RFQ-2418 | PART-LB-7706-A | MFG-09 · Ohio | EXECUTE | T+11d | |
| RFQ-2391 | PART-LB-6118-C | FNSH-02 · CA | FAI | T+04d | |
| RFQ-2376 | PART-LB-5582-B | MFG-04 · WA | ROUTING | T+18d | |
| RFQ-2368 | PART-LB-5417-A | TREAT-03 · TX | EXECUTE | T+09d | |
| RFQ-2354 | PART-LB-5294-D | MFG-11 · CO | QUOTING | T+22d | |
| RFQ-2349 | PART-LB-5188-A | ASSY-12 · MA | QUALIFIED | T+02d |
Launchbelt maintains serialized traveler continuity, inspection gates, documentation packets, and access controls as production moves across qualified nodes.
Setup, in-process, and final inspection gates are defined per part and enforced per operation. No traveler advances until the prior gate is signed by a qualified inspector.
Export-controlled work is partitioned at intake. The router will not surface a part to a node whose personnel, jurisdiction, or facility classification fails the export-control predicate.
Controlled Unclassified Information is segmented at the storage and transport layers. RBAC, encryption-in-transit, and per-tenant key separation align with CMMC L2 baselines.
Every part is born with a serial that binds material lot, operator sign-offs, special-process certificates, and inspection records. The chain survives every supplier handoff.
Launchbelt was forged in aerospace and defense, where the tolerance for error is zero. The same execution discipline now routes production across adjacent hardware sectors.
Airframes, structures, and propulsion for commercial and military aircraft programs.
Satellites, launch hardware, and orbital payloads, from prototype to constellation.
Mission systems, sensors, and ISR hardware under ITAR and CMMC controls.
Naval structures, subsea systems, and shipboard hardware built for harsh service.
Vehicles, armor, and land platforms held to defense qualification standards.
Uncrewed aircraft, autonomy hardware, and robotic platforms at production rate.
Power, grid, and heavy industrial equipment where reliability is non-negotiable.
Any program where traceability, qualification, and yield decide the outcome.
Launchbelt coordinates distributed manufacturing capacity, compliance context, and physical execution authority into one production network.