ITAR-compliant architecture
Digital thread from design to as-built
Full part genealogy across every facility
Export-controlled data scattered across systems with inconsistent access controls. Foreign person segregation managed by policy, not architecture. Every system touchpoint is a potential compliance exposure. Your ITAR officer is managing risk with spreadsheets and trust.
/01
We trace a part number from your technical data package through the shop floor to the delivered configuration. Every gap becomes visible.
Your ITAR access controls. Your configuration management workflow. Your AS9100 documentation chain. We follow a part from engineering release through production to find where the digital thread breaks, where traceability depends on someone remembering to log it, and where compliance documentation is assembled after the fact instead of generated during the work.
By the end, you have a clear picture of where your data architecture holds, where it creates exposure, and what closing those gaps is worth in audit risk, shipment delays, and rework.
Where we look:
/02
Your engineering revision reaches the shop floor automatically. Your as-built record matches the as-designed intent. Your ITAR data segregation is architecture, not policy.
This is where the digital thread stops being a goal and becomes a system output. Engineering releases a revision. It flows to the shop floor as a digital work instruction. The machinist runs the current version. Not the one from last month. Not the one taped to the machine.
MAST captures part genealogy as work happens. Serial numbers, lot numbers, material certifications, special process records, NDT results. All linked. All traceable. All inside an ITAR-compliant architecture with role-based access control and foreign person data segregation built into the platform. Not bolted on as an afterthought.
What this looks like in your operation:
/03
A dimensional trend appears on a 5-axis operation. The system catches it before parts go out of tolerance. Before scrap. Before a nonconformance report.
That is what intelligence looks like in an aerospace and defence environment. Not a dashboard. Not a report. A system that watches your critical dimensions, your material certifications, and your process parameters. And acts on what it finds.
A material certification arrives at receiving with an anomaly. It gets flagged before the material enters production. Your quality engineer submits a First Article Inspection package. The system identifies documentation gaps before the rejection and rework cycle. AS9100 audit-ready documentation generates itself from production data. Not from your quality team reconstructing records after the fact.
Clara, the AI assistant embedded in MAST, surfaces root cause when nonconformances occur. Recommends corrective actions. Answers operator questions about procedures and specifications in plain language.
The system learns from every production cycle, every deviation, every correction. It gets sharper over time without adding headcount.
/04
Your new machinist pulls up the setup procedure for a complex 5-axis job on a tablet. Your quality inspector traces a part from raw material to delivered configuration in seconds.
That is what adoption looks like. Not a training binder that sits on a shelf. A system your people reach for because it makes their job easier and their compliance documentation automatic.
Lila, the knowledge platform embedded in MAST, puts setup procedures, inspection criteria for critical characteristics, special process parameters, and program-specific requirements in front of your people when they need them. On the floor. Not in a filing cabinet. Not locked in someone’s head.
When your most experienced machinist retires, their knowledge of how to hold tolerance on a difficult geometry, how to set up a complex fixture, how to interpret a drawing callout does not retire with them. It is documented, structured, and available to the person who takes their place.
What your team gets:
$1B+
Team built and operated inside a billion-dollar manufacturing operation.
ITAR-compliant
Platform architecture built for export-controlled environments from the ground up.
Design → As-built
Continuous digital thread. No manual documentation bridges.
Full genealogy
Every part, every serial, every material cert, every process step. One system.
