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The SWAT Shield is an advanced AI-powered ballistic protection system designed for tactical and close-combat operations. Built with Ultra High Molecular Weight Polyethylene (UHMWPE), ceramic, and Kevlar reinforcement, the shield delivers up to NIJ Level IV protection while remaining lightweight and highly maneuverable.
Equipped with eight integrated camera sensors and AI image processing technology, the system provides enhanced situational awareness, real-time target identification, and uninterrupted visual coverage in all operational environments. Tactical visual feeds are projected directly to the operator’s tactical glasses through laser projection technology for improved accuracy and perception.
The shield also features thermal vision support, a high-intensity 100,000-lumen flash system, and a compact LRAD acoustic control module designed to disorient hostile threats while maintaining operator safety and tactical superiority.
The EYE System is an AI-assisted smart aiming solution developed for modern infantry operations and close-range combat environments. Designed to mount on tactical rail-equipped rifles, the system provides advanced target detection, real-time tracking, and enhanced aiming support without requiring traditional sight alignment.
Using AI-powered image processing and helmet-integrated visual guidance, the EYE System allows operators to engage targets accurately from behind cover, around corners, or within trenches while minimizing exposure to hostile fire.
Built with a carbon fiber monoblock body and IP69K protection, the system is resistant to water, sand, and extreme battlefield conditions. It supports thermal imaging integration, automatic barrel-laser calibration, and operation in low-light environments, delivering unmatched tactical superiority for modern combat missions.
The TAHYID-1 is a long-range FPV winged UAV engineered for high-endurance tactical operations and precision autonomous missions. Featuring a 2-meter wingspan and dual electric propulsion system, the platform delivers stable flight performance, extended operational range, and high payload efficiency.
Designed with advanced composite manufacturing technology, the UAV combines lightweight structural integrity with rapid deployment capability. It supports FPV and bird’s-eye-view video transmission, autonomous navigation, and AI-assisted mission adaptability.
With up to 60 minutes of endurance, 120 km/h maximum speed, and high positioning accuracy, the TAHYID-1 is optimized for strategic aerial operations in demanding environments.
The TAHYID-2 is a medium-class FPV tactical UAV designed for agile aerial operations, rapid deployment, and mission flexibility. Built using advanced composite filament manufacturing, the platform offers reduced weight, enhanced structural strength, and improved aerodynamic efficiency.
The UAV supports autonomous navigation, FPV video systems, and precision positioning for modern tactical missions. Its compact structure, efficient electric propulsion, and stable flight control make it ideal for medium-range strategic deployment and high-mobility operations.
The TAHYID-3 is a lightweight FPV tactical UAV developed for fast-response aerial missions and compact deployment scenarios. Featuring a streamlined airframe and electric propulsion system, the platform offers rapid maneuverability, efficient operation, and reliable flight performance in dynamic combat environments.
Its compact design enables quick hand-launch capability while maintaining stable flight characteristics and FPV transmission support. Built for speed, precision, and portability, the TAHYID-3 is optimized for short-range tactical missions requiring agility and operational flexibility.
The TAHYID-X is an advanced autonomous combat hexacopter developed for precision aerial deployment and AI-assisted tactical operations. Designed with a multi-axis stabilized smart turret system, the platform delivers highly accurate payload deployment while automatically compensating for vibration, turbulence, and dynamic flight movement.
Powered by AI-based ballistic prediction technology, the system continuously calculates real-time trajectory corrections using environmental data, UAV movement, altitude, wind conditions, and target positioning. This enables precision-level engagement capabilities typically associated with guided systems while reducing operational complexity and cost.
The TAHYID-X features carbon fiber and aluminum construction, autonomous waypoint navigation, encrypted communication systems, GPS/GLONASS positioning, and long-range operational capability, making it a next-generation intelligent aerial combat platform.
The TAHYID-H Hybrid Hexacopter combines extended endurance, intelligent flight systems, and hybrid propulsion technology for long-duration aerial operations. Designed with fuel-efficient 2-stroke and 4-stroke engine configurations, the platform eliminates the limitations of traditional battery-powered systems while delivering up to 8 hours of flight time.
Equipped with advanced AI-assisted control systems and high-zoom optical payloads, the TAHYID-H provides exceptional surveillance, monitoring, and mission flexibility across large operational areas. The hybrid architecture reduces downtime, increases operational readiness, and supports demanding aerial intelligence missions.
The Small Kamikaze Quadcopter is a compact tactical FPV drone engineered for rapid deployment and agile aerial operations. Built with a lightweight carbon fiber structure, the platform delivers high-speed maneuverability, stable flight performance, and efficient payload carrying capability.
Its compact dimensions and high thrust-to-weight ratio allow for fast operational response in close-range tactical environments. Designed for precision control and mission adaptability, the quadcopter supports FPV operation, extended maneuvering capability, and efficient deployment in dynamic battlefield conditions.
The Mobile Intercept System is an AI-driven autonomous counter-UAS solution developed to detect, track, and neutralize hostile drones in real time. Mounted on a mobile military-grade platform, the system integrates radar detection, electro-optical target acquisition, AI threat classification, and catapult-launched interceptor UAVs into a fully scalable defense architecture.
Designed for rapid deployment and swarm-threat response, the system provides autonomous interception capabilities with high maneuverability, precision tracking, and low operational cost compared to traditional missile defense systems.
With integrated AI guidance, multi-target tracking, and autonomous engagement logic, the Mobile Intercept System delivers a cost-effective and scalable solution for modern asymmetric aerial threats.
GHOST is a modular multi-layered Counter-Unmanned Aerial System (C-UAS) designed to protect critical infrastructure, military installations, and strategic facilities from modern UAV threats. The system integrates advanced radar, RF detection, EO/IR sensors, sensor fusion technology, centralized command and control, and both soft-kill and hard-kill countermeasures within a unified defense ecosystem.
Using AI-powered threat assessment and multi-sensor tracking, GHOST delivers early detection, real-time classification, and precise neutralization of hostile drones across extended operational ranges.
The platform supports mobile and fixed-site deployment configurations and includes RF/GNSS jamming systems, remote weapon stations, interceptor drones, and layered close-in defense architecture for maximum operational protection against evolving drone threats.
