Compass Systems, Inc.

Integrates artificial intelligence, augmented reality, and digital engineering to bridge the gap between initial concepts and field deployment. The practice designs solutions that improve readiness and safety across multiple operational domains.

• AI-Enabled Decision Support

  Develops artificial intelligence tools to enhance situational awareness and streamline decision-making for complex operations.

• Augmented Reality and Training

  Provides interactive digital manuals, visual guidance systems, and collaborative virtual overlays through platforms like the ARC system.

• Reverse Engineering & Parts Obsolescence

  Modernizes legacy components and designs custom solutions to mitigate parts obsolescence in aging platforms.

• Rapid Prototyping & System Testing

  Applies agile validation methods to quickly transition conceptual designs into verified hardware.

• Human-Machine Teaming

  Designs collaborative interfaces that optimize interactions between human operators and automated machinery.

• Data Integration & Visualization

  Aggregates and formats complex operational data into actionable visual streams for users.

Builds and integrates complex electronic and electro-mechanical systems from an AS9100D-certified facility. The practice handles everything from low-rate initial builds to full production scaling, with complete product traceability.

• Autonomous Systems Development

  Fabricates specialized hardware for self-operating and remotely piloted platforms.

• Systems Integration and Prototyping

  Assembles complex multi-part electronic systems from initial layout through pilot production phases.

• Robotics and Mechatronics Innovation

  Engineers advanced electromechanical components and assemblies for defense and industrial automation.

• Rapid Prototyping and Pilot Production

  Executes fast-turn builds to bridge the gap between prototype designs and early production runs.

• Cable Harness Assemblies

  Manufactures custom electrical and fiber optic cabling built to rigorous military and commercial standards.

Provides engineering support throughout the aircraft lifecycle, spanning both manned and unmanned platforms. Services cover structural integration, environmental impact analysis, and operational readiness upgrades.

• Aircraft Systems Integration

  Integrates avionics, structural components, and modern subsystems onto defense and commercial aircraft.

• Corrosion Control

  Designs comprehensive prevention and mitigation programs to extend the operational lifespan of flight vehicles.

• Hazmat Management

  Manages hazardous materials compliance and mitigates environmental risks associated with aviation maintenance.

• Environmental Engineering

  Conducts acoustic analysis, air quality testing, and land impact studies to reduce the ecological footprints of aerospace platforms.

• Flight Test Support

  Coordinates engineering services and safety verifications during aircraft test flights and operational validations.

• Sustainment and Modernization

  Upgrades legacy systems and implements lifecycle updates to maintain platform viability.

Deploys, integrates, and sustains autonomous platforms across air, land, and sea domains. The engineering team focuses on configuring payloads and optimizing remote control systems.

• UAV Design and Integration

  Engineers custom unmanned aerial vehicles tailored for specific defense and intelligence missions.

• Payload and Sensor Configuration

  Integrates advanced sensor payloads to maximize real-time situational awareness and data collection.

• Communications and Control Systems

  Architects secure, reliable communications links for the remote operation of unmanned platforms.

Applies cross-disciplinary methodologies to solve complex engineering challenges, ensuring hardware and software work together reliably under demanding field conditions.

• Mechanical and Electrical Design

  Creates integrated layouts, electronic schematics, and ruggedized physical enclosures for specialized technologies.

• EMI/EMC Analysis and Mitigation

  Analyzes electromagnetic interference risks and implements shielding or filtering to protect sensitive systems.

• Specialized Sensor Systems Development

  Develops custom sensor arrays and data-gathering technologies for aerospace and defense deployments.