FDI Technology Falcon Dynamic Systems
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Building Tomorrow

Formally established in 2010, FDI Technology builds on more than 26 years of engineering and R&D experience.

What does FDI Technology research and develop?

FDI Technology’s research and development program covers intelligent vision, fire-control sensor integration, autonomous aerial interception and assisted mine detection.

The research timeline records this work in dated stages since 2010, from laboratory research to prototypes and field evaluation.

Our R&D Philosophy

At FDI, research and development is not about producing abstract ideas, but creating concrete solutions for real combat needs.

Innovation

We explore new technologies and integrate them into defense systems, with research in artificial intelligence, computer vision and autonomous systems.

Collaboration

We welcome research cooperation with universities, research institutes, and defense technology organizations.

Excellence

We aim for the highest standards in every project. Rigorous testing and quality control are at the heart of our work.

Our R&D History

R&D themes since the formal establishment of FDI Technology in 2010, building on engineering experience that predates the company.

  1. 2010–2015
    TRL 1–2

    Research Foundation

    Ankara, Turkey

    Research and development initiated in Ankara, Turkey. Basic principles studied and technology concepts formulated during this foundational phase.

    • Fundamental research programs established in Ankara
    • Basic technology concepts and principles formulated
    • Initial scientific and technical foundations laid
    Research Foundation - Ankara
  2. 2015–2018
    TRL 3–4

    Laboratory Validation

    Ankara, Turkey

    Laboratory research and testing conducted in Ankara. Experimental proof-of-concept achieved and prototype components validated in controlled environments.

    • Laboratory-scale experimental proof-of-concept demonstrated
    • Prototype components developed and validated
    • Technical feasibility confirmed through controlled testing
    Laboratory Testing - Ankara
  3. 2018–2022

    Field Evaluation

    Engineering priorities include evaluation under representative environmental and operating conditions, with test requirements defined for each system.

    • Environmental evaluation requirements
    • Performance assessment scenarios
    • Safety and test planning
    Field evaluation and test planning
  4. 2023

    Prototype Evaluation

    Prototype evaluation focuses on system behavior, interface compatibility, and performance assessment under defined test conditions.

    • Prototype evaluation requirements
    • Interface and component compatibility
    • Performance assessment methods
    Prototype evaluation and engineering
  5. 2024

    System Integration and Readiness

    System integration and readiness planning address subsystem interfaces, reliability requirements, and evaluation criteria for intended operating conditions.

    • Subsystem interface requirements
    • Reliability and maintainability criteria
    • System evaluation and readiness planning
    System integration and readiness planning
  6. 2025–present

    Modernization and Integration Development

    Engineering work addresses integration of FALCON-127 DFCS/SFCS remotely controlled weapon stations with compatible platforms and FALCON 23-4M LIGHTNING system development, guided by interface, safety, and operational requirements.

    • FALCON-127 DFCS/SFCS integration with compatible platforms
    • FALCON 23-4M LIGHTNING system development
    • Interface, safety, and operational requirements
    Modernization and integration development

R&D Focus Areas

Technology areas where we are currently actively researching and developing.

Electro-Optical Systems

Advanced day/night vision systems, thermal imaging, and multi-spectral sensor fusion for 360° panoramic coverage and target acquisition.

AI-Powered Target Recognition

Deep learning algorithms for real-time target classification, tracking and threat assessment.

Autonomous Fire Control

Integrated ballistic computation, environmental compensation, and automated engagement systems for precision strike capabilities.

Multi-Sensor Fusion

Integration of radar, optical, thermal, and acoustic sensors for comprehensive battlefield awareness and tracking.

Command & Control Systems

Network-centric warfare solutions, tactical data links, and integrated battle management systems for coordinated operations.

Autonomous Defense Platforms

Semi-autonomous and fully autonomous defense systems with adaptive behavior algorithms and swarm intelligence capabilities.

Programs

Projects in Development

Information about projects in development will be shared here when it is ready for publication.

Autonomous Aerial Interceptor development program
In Development

Autonomous Aerial Interceptor

Autonomous Systems / Counter-UAS

An active development program focused on an autonomous response to unmanned aerial threats. The platform is being developed around independent assessment and low operator workload.

  • Autonomous target detection
  • AI-assisted target recognition
  • Autonomous target tracking
  • Independent mission execution
  • Dynamic interception assessment
  • Onboard sensing
  • Counter-UAS interception
  • Low operator workload

View Project

AI-Assisted Mine Detection System development program
In Development

AI-Assisted Mine Detection System

AI / Field Safety / Detection Systems

An active development program exploring AI-assisted field analysis to support the assessment of areas that may present mine-related risks.

  • AI-assisted field analysis
  • Potential threat identification support
  • Area-scanning support
  • Operator decision support
  • Reduced personnel exposure
  • Scalable system architecture
  • Field situational awareness

View Project

Research Collaboration

Contact us for collaboration opportunities with universities, research institutes, and technology companies.

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