Advancing the Future of Integrated Warfare

Capabilities

Unmanned aerial vehicle launching missiles over ocean at sunset.

Our team of highly skilled engineers, developers, and defense experts, have extensive experience working with U.S. Army programs and military systems. We pride ourselves on providing customized solutions that meet the specific needs of our customers, leveraging the latest technologies and methodologies.

    • Forward Area Air Defense Command & Control (FAAD-C2)

    • Integrated Air & Missile Defense Battle Command System (IBCS)

    • FAAD & IBCS Integration

    • Electronic Warfare (EW)

    • Directed Energy (DE)

    • Hypersonics

    • Air & Missile Defense

      • Counter Unmanned Aerial Systems (C-UAS)

      • Counter Rocket Artillery & Mortar (C-RAM)

    • Tactical Missiles

    • Semi Active Laser (SAL)

    • Radar

    • Imaging Infrared (IR)

    • Countermeasures

    • Combat Identification (IFF)

    • Requirements Engineering: Eliciting, analyzing, and documenting system requirements.

    • Architecture Design: Developing robust and scalable system architectures.

    • Interface Control Document (ICD) Development: Defining clear and concise interfaces between system components.

    • Prototyping & Simulation: Utilizing prototyping and simulation to validate design concepts.

    • Full Lifecycle Support: From conceptual design and prototyping to system integration, testing, and fielding.

    • System Engineering Expertise: Comprehensive system engineering approach to ensure seamless integration and optimal performance.

    • Launcher Mechanics & Control Systems: Expertise in the design, analysis, and integration of launcher mechanics, hydraulics, and control systems.

    • Fire Control System Integration: Integrating the launcher with fire control systems for accurate targeting and engagement.

    • Missile Integration & Interface Development: Developing interfaces between the launcher and various missile types.

    • Real-Time Embedded Systems

    • Human-Machine Interface (HMI) Development

    • Model-Based Systems Engineering (MBSE)

    • System-of-Systems Analysis

    • Requirements Validation

    • Trade Study Analysis

    • Performance Prediction

    • Risk Assessment & Mitigation

    • Cost-Effective Analysis

    • Realistic System Emulation

    • Early Issue Detection

    • Accelerated Development Cycles

    • Reduced Program Risk

    • Comprehensive Test Coverage

Military vehicles launching missiles in an open field at sunset.