AI
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Build Mission-Critical Systems That Clear Every Compliance Gate
We engineer aerospace and defense software with export-control compliance and mission assurance built in from day one, staffed by engineers cleared to work where clearance is the entry requirement.
Sector Overview
Certified at Every Altitude
In aerospace and defense, a compliance gap doesn't surface as a bad review. It surfaces as a program halted mid-contract or a system that fails the one time it actually matters. We build the compliance case and the engineering at the same time, because in this industry they were never actually separate problems.
- Engineer
We build mission-critical systems and secure communications architecture around the reliability standard a failure-intolerant environment actually requires.
- Simulate
Digital twin and simulation engineering validate a system against realistic mission conditions before it's ever deployed, catching a failure mode in a model instead of in the field.
- Comply
Export-control and supply chain compliance are built into program delivery from the start, with every component and every engineer's access tracked to what they're actually cleared for.
- Sustain
We stay engaged through fleet and asset lifecycle support, tracking readiness data so a maintenance gap gets caught before it becomes a mission-readiness problem.
Our Offerings
We deliver business value for the aerospace defense industry
Systems engineered to a failure-intolerant standard mean the one scenario you can't afford to fail in is exactly the scenario the system was built and tested for.
What’s New
Insights & Industry Perspectives
Strategic analysis, technical playbooks, and engineering updates shaping the future of aerospace defense.
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Frequently asked questions
Everything you need to know about FWC's aerospace defense technology, automation, and IT consulting solutions
Export-control and supply chain compliance are built into delivery from the "Comply" stage of how we work, with component and access tracking running continuously, not assembled defensively after an audit request lands.
Simulation and Digital Twin Engineering validates against realistic mission conditions in a model first, so a failure mode gets caught and fixed there instead of in the field, where the cost of being wrong is categorically different.
Access and clearance tracking is built into how we staff and deliver programs in this industry, so the team assigned to your program is cleared for exactly what the program requires, not approximately.
Any AI-assisted detection or sensor system we build is scoped to surface and report, not to act autonomously on anything consequential. The authorization to act stays exactly where policy places it.
We stay engaged through fleet and asset lifecycle support, tracking readiness data so a maintenance gap gets caught ahead of a deployment window instead of discovered during one. That's the "Sustain" stage, not a handoff.
Let’s Start Engineering
Success & Impact
Together.
Let’s turn business challenges into opportunities.