NEXT GENERATION DEFENSE SYSTEMS
Engineering Superiority for Modern Armed Forces
FDI Technology delivers precision-engineered defense technology and tactical solutions that define operational excellence for allied forces worldwide.
Defense Excellence in Numbers
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Defense Excellence Through Innovation
For over two decades, FDI Technology has engineered defense solutions that protect nations and empower allied forces with decisive technological advantage.
"To engineer and deliver defense systems of uncompromising quality that provide our allies with decisive technological advantage in any operational environment."
Precision
Engineered accuracy in every system we build
Reliability
Mission-critical dependability under all conditions
Innovation
Advancing defense technology boundaries
Integrity
Ethical defense partnerships worldwide
News & Announcements

Falcon 23-4M Lightning Air Defense Delivered to Azerbaijan
Falcon Dynamic Systems announces the delivery of the advanced Falcon 23-4M Lightning air defense system to Azerbaijan, marking the start of its modernization program.
Falcon Dynamic Systems has successfully delivered the state-of-the-art Falcon 23-4M Lightning air defense system to Azerbaijan's Air Defense Forces. The system, designed for rapid deployment and high-precision threat neutralization, will undergo a comprehensive modernization program in partnership with local defense authorities. This initiative includes upgrades to radar systems, integration with command and control networks, and establishment of maintenance and training centers. The deployment strengthens Azerbaijan's air defense capabilities and demonstrates Falcon Dynamic Systems' commitment to enhancing regional security through advanced technology solutions.

Falcon 127M Weapon Station Featured in International Defense Media for AI-Driven Battlefield Control
International defense media report on Falcon 127M, highlighting its AI-based target detection, tracking, and battlefield awareness capabilities.
Falcon Dynamic Systems has drawn international attention as leading defense media outlets report on the Falcon 127M weapon station and its role in AI-driven battlefield control. According to international analyses, the system combines advanced electro-optical sensors with artificial intelligence–based target detection and autonomous tracking to enhance situational awareness in complex operational environments. Coverage highlights the system’s ability to support operators by reducing reaction times and improving decision-making under combat conditions. With its modular architecture and adaptable design, Falcon 127M is frequently referenced as an example of how artificial intelligence is reshaping modern weapon stations and battlefield dynamics.

FALCON EYE System Achieves Full Deployment Readiness
Following successful demonstrations in Azerbaijan and Ukraine, our flagship fire control system progresses to TRL 7-8, marking a major milestone in deployment readiness.
Falcon Dynamic Systems announces a significant advancement in our FALCON EYE electro-optical fire control system, achieving Technology Readiness Level 7-8 following extensive field trials in collaboration with the Defence Ministries of Azerbaijan and Ukraine. The system, featuring 360° panoramic coverage with integrated AI-powered target tracking, has demonstrated exceptional performance in operationally relevant environments. Our serial prototypes have successfully completed rigorous testing under diverse combat scenarios, validating the system's stability, efficiency, and reliability under high-stress conditions. This milestone represents the culmination of over 15 years of focused development and positions FALCON EYE for full-scale deployment to allied forces. Production scaling is now underway, with initial deliveries scheduled for early 2026.

AI Integration Milestone: Next-Generation Target Recognition
Our R&D team successfully integrates advanced neural networks into FALCON EYE, achieving 99.2% target classification accuracy in real-time scenarios.
Falcon Dynamic Systems announces a breakthrough in artificial intelligence integration for defense systems. Our enhanced FALCON EYE platform now incorporates state-of-the-art deep learning algorithms capable of identifying and classifying multiple target types simultaneously with unprecedented accuracy. The system processes visual data in milliseconds, distinguishing between friendly and hostile units, civilian vehicles, and potential threats across various environmental conditions. This advancement significantly reduces operator workload and eliminates human error in critical decision-making moments. Developed in collaboration with leading AI research institutions in Ankara, this technology positions our systems at the forefront of intelligent defense solutions. Field validation exercises have demonstrated remarkable performance improvements, with the AI-enhanced system outperforming conventional systems by 300% in complex multi-target scenarios.

Successful Operational Testing Completed in Tbilisi
Serial prototype testing in Georgia validates system performance under real field conditions in partnership with DELTA Defence Company.
In a major milestone for our development program, Falcon Dynamic Systems has successfully completed comprehensive open-air testing of our serial prototype systems in Tbilisi, Georgia. Conducted in partnership with DELTA Defence Company, these trials mark the progression to Technology Readiness Level 6-7, demonstrating system performance under authentic field conditions. The testing program encompassed diverse operational scenarios including day-night cycle operations, adverse weather conditions, and electronic warfare environments. Results exceeded performance specifications across all metrics, with particular success in target acquisition speed, tracking accuracy, and system resilience. The Georgian testing grounds provided an ideal environment for validating our systems' capabilities in terrain representative of potential deployment zones. This successful demonstration opens the pathway for expanded international cooperation and validates our approach to developing combat-ready defense solutions.

Strategic Partnership with Azerbaijan Defence Ministry Established
Multi-year cooperation agreement signed for technology validation in operational environments, advancing systems to TRL 5-6.
Falcon Dynamic Systems is proud to announce the establishment of a comprehensive strategic partnership with the Defence Ministry of Azerbaijan, marking a pivotal advancement in our development trajectory. This landmark agreement enables extensive field validation of our defense technologies in real operational environments, progressing our systems from laboratory testing to Technology Readiness Levels 5-6. The partnership encompasses joint military exercises, technology demonstrations, and collaborative testing programs designed to validate system performance under authentic combat conditions. Our technologies have been successfully integrated into active military exercises, demonstrating exceptional operational effectiveness and reliability. The cooperation framework includes knowledge exchange, joint research initiatives, and long-term technology development programs. This partnership represents a significant validation of our engineering approach and positions our systems for broader international deployment. The Defence Ministry of Azerbaijan has expressed strong confidence in our capabilities and commitment to continued collaboration.

Laboratory Prototype Achieves Critical Validation Milestone
Extensive laboratory testing in Ankara confirms technical feasibility and advances development to TRL 3-4, validating core technology concepts.
Following years of intensive research and development at our Ankara facilities, Falcon Dynamic Systems has achieved a critical milestone with the successful validation of our prototype components, advancing to Technology Readiness Level 3-4. Our engineering teams have completed comprehensive laboratory testing programs that demonstrate experimental proof-of-concept for key subsystems including electro-optical sensors, AI-powered target recognition algorithms, and integrated fire control mechanisms. The testing phase encompassed over 10,000 hours of controlled environment trials, validating technical feasibility across diverse operational parameters. Performance metrics exceeded design specifications in accuracy, response time, and system reliability. This achievement confirms our technological approach and establishes a solid foundation for transitioning to field testing phases. Our laboratory infrastructure in Ankara has proven instrumental in this success, providing state-of-the-art facilities for precision testing and validation. The progression to TRL 3-4 represents a crucial step toward operationalizing our defense systems and validates our investment in fundamental research and development.

Advanced Research Programs Launched in Ankara
Foundation established for groundbreaking defense technology research, initiating journey from basic principles to TRL 1-2.
Falcon Dynamic Systems proudly announces the formal launch of comprehensive research and development programs at our Ankara headquarters, marking the beginning of an ambitious journey to revolutionize defense technology. Building upon five years of preliminary studies since our founding in 2010, we are now establishing Technology Readiness Level 1-2 foundations through systematic scientific research. Our multidisciplinary teams are investigating fundamental principles of electro-optical systems, artificial intelligence integration, and autonomous fire control mechanisms. The research program encompasses theoretical modeling, mathematical simulations, and preliminary concept validation. We have assembled leading experts in optics, computer science, mechanical engineering, and defense systems to form a world-class research collective. Our Ankara facilities have been expanded to include dedicated research laboratories equipped with advanced computational resources and testing equipment. This investment represents our long-term commitment to developing indigenous defense technologies that meet the highest international standards. The initial phase focuses on establishing core technology concepts, formulating system architectures, and identifying optimal approaches for system integration. Early results demonstrate promising pathways toward achieving our vision of creating fully integrated, AI-powered defense systems that combine sensor technology, intelligent processing, and automated response capabilities.
