ITAR and AS9100 don't care about your spreadsheets.
Aerospace and defense suppliers operate under compliance requirements that are unforgiving of manual processes. The suppliers who win more work and carry less audit risk are the ones whose systems generate compliance evidence automatically — not on demand.
Compliance infrastructure that doesn't scale
AS9100 and ITAR requirements don't forgive manual documentation. When evidence generation depends on tribal knowledge and spreadsheets, audit preparation takes weeks and findings multiply.
Configuration data spread across systems
Part numbers, revision levels, and ITAR classifications sitting in separate systems create reconciliation overhead and change-propagation failures that cost engineering teams enormous amounts of time.
DCAA labor reporting done by hand
Manual DCAA labor allocation creates exposure on every government contract. First article inspections and NCR routing depend on people knowing the right steps rather than systems enforcing them.
Audits become a checkpoint, not a crisis
When AS9100 evidence is generated automatically through normal production — not assembled before an audit — the annual certification review becomes routine. Customers and primes see a supplier who has their process under control.
ITAR exposure is visible and manageable
Access controls tied to your ERP mean ITAR-controlled data is visible only to cleared personnel, and the evidence trail exists automatically. You can answer a government compliance inquiry in hours, not weeks.
Engineering changes propagate correctly
When configuration management runs through a single system, a revision to a controlled drawing updates downstream BOMs, quality requirements, and procurement specs automatically. The "swivel chair tax" of manual reconciliation disappears.
Long lead time decisions are made earlier
AI-assisted lead time prediction and component obsolescence alerts let procurement act on risk before it becomes a schedule impact. A&D suppliers who manage this proactively carry less expedite cost and fewer customer escalations.
- →Aerospace and defense suppliers and subcontractors
- →Organizations subject to AS9100 Rev D certification requirements
- →Companies handling ITAR-controlled data or technology
- →Prime contractors and government contract manufacturers
What to assess: compliance posture and system fragmentation
The guidance helps readers evaluate current AS9100 documentation, ITAR access controls, and the cost of manual reconciliation across your disconnected systems. Every gap is quantified before a system direction is chosen.
System model: the integration architecture
The system model explains how configuration management, compliance evidence, DCAA labor reporting, and FAI documentation will operate inside a unified system — before any configuration begins.
What to validate before rollout
The rollout guidance shows how to validate against the agreed architecture, validating each phase against the compliance benchmarks established in the assessment. The system that goes live is the one that was designed.
AS9100 Gap Assessment
Maps your quality management system against AS9100 Rev D requirements. Identifies documentation, process, and system gaps — and sequences remediation by audit risk and operational impact.
ITAR Compliance Posture Review
Reviews your access controls, data handling procedures, and foreign national exposure. Translates current state into quantified risk against ITAR Part 120–130 requirements.
System Fragmentation Cost Analysis
Counts your disconnected systems and calculates the annual cost of manual reconciliation, duplicate data entry, and the engineer hours spent bridging systems instead of building product.
Start with the operating questions.
Use the industry patterns above to compare your current systems, data, workflows, and risk exposure. The right first step is understanding what the problem costs and which operating decision it should inform.
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