High-Performance Hardware for Defense Applications

We develop protection systems, thermal solutions, and custom-engineered components using computational design and digital manufacturing—delivering superior performance with faster timelines than traditional methods allow.

Traditional Engineering Limitations

Defense hardware development faces fundamental constraints: sequential design cycles that take weeks, forced optimization trade-offs, tooling that locks in designs early, and supply chain inflexibility. When requirements change mid-program—and they will—traditional approaches require starting over.

Traditional Design Process: Requirements to Design to Test to Mfg Check to Manufacture, with iteration loop back to Design when issues arise

Computational Design + Digital Manufacturing

We eliminate those constraints through an integrated approach. Computational design explores entire solution spaces in parallel, optimizes across all objectives simultaneously, and regenerates variants in days when requirements change. Digital manufacturing enables distributed, on-demand production without tooling constraints.

Computational Design System - Inputs flow through the system to produce optimized outputs

Where We Work Best

Our approach excels in scenarios where traditional engineering methods fall short

Complex lattice geometry visualization

Complex Geometries

Systems with hundreds of interdependent elements where one change cascades to many components. Parametric control enables rapid regeneration.

Multi-objective optimization visualization

Multi-objective Performance

Couple multiple physics domains and optimize across all objectives simultaneously. No forced compromises.

Drone payload system for evolving requirements

Evolving Requirements

Encode design logic once, then generate mission-specific variants on demand. Days to configurations, not months to redesign.

Distributed manufacturing network across the United States

Supply Chain Resilience

Create standardized, transferable manufacturing packages distributed across a qualified supplier network.

Projects We've Delivered

From prototype to production-ready systems

Nantrak Industries Payload Systems

Nantrak Industries Tactical Box
Challenge

Rapidly develop and deploy configurable payload systems—traditional methods were too slow to meet mission timelines.

Approach

Developed a parametric model for rapid concept iteration and engaged multi-supplier activation for rapid production.

Outcome

Multiple flight-ready units demonstrated at an Army xTech event—2 weeks from concept to flight.

Government Partner

Automated CAD-to-Simulation Workflow

CAD model simulation workflow visualization
Challenge

Prepare complex CAD models for simulation analysis—an extensive manual process that bottlenecked the design optimization cycle.

Approach

Built an automated workflow that programmatically defeatures complex CAD models and validates geometry for simulation-ready export.

Outcome

File preparation reduced from 10 hours to under 1 second, accelerating the design optimization cycle by orders of magnitude.

How We Engage

We're experienced working within government procurement frameworks and can move at the speed you need.

Contract Vehicles

  • SBIR/STTR
  • Other Transaction Authorities (OTAs)
  • Broad Agency Announcements (BAA)

Development Partners

We collaborate with leading defense organizations to mature our systems and deliver mission-critical capabilities.

Resources

Capabilities Statement

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Company Overview Deck

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NAICS Codes and Certifications

NAICS Codes

541717 Research and Development in Physical, Engineering, and Life Sciences
541511 Custom Computer Programming Services
541330 Engineering Services

Certifications

ISO 9001:2015 Certified
ISO 9001:2015 Certified

Ready to start a project?

Tell us about your requirements and we'll explore how GL Defense can help.

Contact Our Defense Team