RFQ latency
Supplier discovery, quoting, and qualification review can stretch 6 to 12 weeks before hardware moves.
Typical intake to award
6 to 12 weeks
Asgard Industries · Austin, Texas
Complex systems. Coordinated end to end.
Asgard Industries connects engineering intent to industrial execution through two integrated systems. Launchbelt controls the digital thread. Forge coordinates industrial execution.
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Launchbelt · The digital thread
Forge · Industrial execution
One production route, end to end
Diagram of one Launchbelt production route: a CAD package is decomposed into work packages, screened at a constraint gate for material, tolerance, and export-control requirements, executed across qualified supplier and Forge nodes, and converges into a documented, attributable delivery record.
Launchbelt: the digital thread
Requirements, routing, travelers, and quality records controlled in one continuous digital thread.
Forge: industrial execution
Physical work is executed across Asgard capabilities and qualified suppliers, coordinated through Forge.
Controlled coordination
Engineering, manufacturing, suppliers, quality, verification, deployment, and sustainment managed as one flow of work.
Traceability by design
Attributed traveler sign-off, versioned documents, and an audit trail on every workflow action.
Failure modes
Why advanced manufacturing breaks before it scales.
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.
Fragmented capacity
Qualified shops operate as isolated nodes with limited visibility into machine availability, tooling constraints, and throughput.
Cross-supplier visibility
Near zero
Compliance discontinuity
Quality travelers, export controls, controlled data, and inspection records often break when work moves across suppliers.
Where custody breaks
Every handoff
The foundation layer
Programs stand on the layer underneath. We make it dependable.
American industry still has the machines, the shops, and the people to build serious hardware. What programs lack is a dependable way to reach that capacity and hold it to program standards. That is the layer Asgard Industries builds.
The people on the floor
Machinists, inspectors, and technicians carry the skill high-reliability hardware depends on. Launchbelt turns their work into attributed, timestamped production records a program can act on.
The machines and the shops
Real capacity sits on real machines in independent shops across the country. Forge organizes that capacity into one industrial execution network, with requirements carried in every traveler.
The available capacity
Open machine hours exist in every region. Capacity only becomes production when it can be reached, scheduled, verified, and trusted. Access without coordination is not enough.
Capacity alone does not deliver hardware. Asgard Industries coordinates engineering, manufacturing, suppliers, quality, verification, deployment, and sustainment as one controlled flow of work. That is how programs deliver, and how American industry stays resilient.
The industrial precedent
Distributed production is not new. Digital orchestration is.
American industrial mobilization connected engineering, factories, suppliers, workers, tooling, inspection, and final assembly across a distributed production base. Coordination depended on people, paper, standards, and centralized production control.
Today, the industrial base is digital. Its coordination layer should be too.
Launchbelt · Digital orchestration for distributed industrial execution
Launchbelt · Digital orchestration engine
From engineering intent to verified hardware.
Launchbelt maintains the controlled relationship between what was required, what was released, where it was built, how it was verified, and what was delivered.
- 01
CAD ingestion
A program uploads its CAD package and requirements. Launchbelt reads geometry, materials, and quality clauses into one structured intake.
- 02
Assembly decomposition
The assembly is decomposed into discrete work packages, each carrying its own drawings, specs, and inspection requirements.
- 03
Constraint routing
Every work package is screened against material, tolerance, qualification, export-control, and capacity constraints before it can route.
- Material · Ti-6Al-4V
- Tolerance · ±0.0005 in
- Quality · Gated inspection
- Export · U.S. persons only
- Capacity · 28 days
- 04
Coordinated execution
Work routes to qualified nodes across Forge. Travelers, inspection steps, and attributed sign-offs move with each job.
- 05
Qualified delivery
Completed work closes out with its traveler history, inspection reports, and certificates attached to the job record.
Forge · Industrial execution network
An execution network, run from one console.
Forge coordinates industrial execution: physical work is executed across Asgard capabilities and qualified suppliers through Forge. Launchbelt gives operators a single live view of every node, route, and audit trail. The view below is a representative snapshot with sample data rather than customer figures.
Operator console
Sample view
Routed throughput
$M · trailing 12 months
Sample chart: routed monthly throughput rising steadily from 22.1 to 42.8 million dollars over twelve months.
Partner utilization
Capacity-weighted
- MFG-0492%
- MFG-0988%
- FNSH-0284%
- MFG-1181%
- TREAT-0378%
- MFG-0274%
| Route | Part | Node | Stage | ETA | Health |
|---|---|---|---|---|---|
| RFQ-2418 | PART-LB-7706-A | MFG-09 · Ohio | Execute | T+11d | On track |
| RFQ-2391 | PART-LB-6118-C | FNSH-02 · California | FAI | T+04d | On track |
| RFQ-2376 | PART-LB-5582-B | MFG-04 · Washington | Routing | T+18d | Watch |
| RFQ-2368 | PART-LB-5417-A | TREAT-03 · Texas | Execute | T+09d | On track |
| RFQ-2354 | PART-LB-5294-D | MFG-11 · Colorado | Quoting | T+22d | On track |
| RFQ-2349 | PART-LB-5188-A | ASSY-12 · Massachusetts | Qualified | T+02d | On track |
Routed production
Track production value routed across the network, by program and period.
Active routes
Follow every open route across programs from one live queue.
Qualified nodes
See qualified supplier and internal Forge nodes with current capability status.
RFQ cycle time
Measure intake to award time and compress it round over round.
Partner utilization
Balance load across the network with capacity-weighted utilization.
Audit trail
Review who did what, and when, on every RFQ, quote, and job.
Controls and records
The record travels with the work.
Launchbelt carries program context with production: attributed traveler steps, versioned documents, export-control eligibility rules, and role-scoped access that move with the work across Forge.
Quality controls
Traveler · inspection · documents · issues
Each job carries a digital traveler through scheduling, production, inspection, and completion. Every step is attributed and timestamped, and inspection reports and certificates attach to the job as versioned documents.
- Attributed, timestamped traveler steps
- Versioned documents with supersession history
- Execution issue flags that roll up into quality views
Controlled data
Role-based access · segmentation · audit history
Program data is scoped by role and organization. Program owners, suppliers, and Asgard operators see the records they are permitted to see, and every workflow action is recorded with who, what, and when.
- Role-based access control
- Organization-scoped records
- Audit trail on workflow actions
Export-controlled workflows
Program flags · supplier registrations · eligibility rules
Programs and RFQs carry export-control flags. Routing applies eligibility rules against supplier registrations before an operator can request a quote.
- Export-control eligibility rules in routing
- Program and RFQ level flags
- Organization-scoped document access
Status
Architecture requirements are being developed against applicable customer, contractual, export-control, cybersecurity, and quality requirements. Certification and compliance status vary by program and deployment.
Where it runs
One coordination discipline for high-reliability hardware.
Asgard Industries was built for aerospace and defense, where execution demands rigorous control, traceability, and evidence. The same coordination discipline now extends across adjacent hardware sectors.
Aerospace
Airframes, structures, and propulsion for commercial and military aircraft programs.
Space systems
Satellites, launch hardware, and orbital payloads, from prototype to constellation.
Defense & ISR
Mission systems, sensors, and ISR hardware built inside export-controlled and controlled-data workflows.
Marine & naval
Naval structures, subsea systems, and shipboard hardware built for harsh service.
Ground systems
Vehicles, armor, and land platforms held to defense qualification standards.
UAS & robotics
Uncrewed aircraft, autonomy hardware, and robotic platforms at production rate.
Energy & industrial
Power, grid, and heavy industrial equipment where reliability is non-negotiable.
High-reliability programs
Any program where traceability, qualification, and yield decide the outcome.
Two sides, one system
Whichever side of the production line you're on.
Programs & primes
Move from RFQ to qualified production faster.
- Reduce supplier discovery cycles
- Route assemblies across qualified capacity
- Preserve configuration continuity
- Avoid premature factory CapEx
- Stabilize pilot production and low-rate builds
Cycle time
Compress RFQ cycles
Discovery to award
Coordination
Reduce manual coordination
One controlled workflow
Manufacturing partners
Turn open capacity into routed production work.
- Increase machine utilization
- Receive qualified production packages
- Reduce quoting burden
- Strengthen audit posture
- Enter higher-value production programs
Capacity
Expose qualified capacity
Routed production work
Quality evidence
Maintain quality evidence across handoffs
Audit packets assembled per program
Performance figures will be published as they are measured against program baselines in pilot deployments.
Now onboarding · Programs & suppliers
Route the next generation of advanced production.
Launchbelt controls the digital thread. Forge coordinates industrial execution. Asgard Industries runs them as one controlled path from requirement to fielded hardware.
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- Base
- Austin, Texas
- Systems
- Launchbelt + Forge
- Company
- Asgard Industries
- Status
- Accepting programs
Built and operated by Asgard Industries · Austin, Texas