High-precisionOptical and AI solutions
High-quality drones for aerial photography. Intelligent visibility, real-time analysis and high reliability for defense and security systems, as well as for travel and professional use.
About the company
Inogate produces optoelectronic platforms for UAVs, ground-based and probe systems, providing high-quality imaging, targeting and automatic tracking. The company is focused on creating innovative solutions that combine software, artificial intelligence and aviation technologies. Inogate's main activities include:
- design and development of drones for various purposes,
- development of computer vision and autonomous control systems,
- data collection and analysis through aerial monitoring.
Engineering solutions
Gyro-Stabilized Gimbal AG-6-3 is a multi-sensor electro-optical system designed for installation on manned and unmanned aerial vehicles.
Gyro-Stabilized Gimbal AG-6-1 is a single-sensor electro-optical system designed for installation on manned and unmanned aerial vehicles.
Advantages
- Vision-based navigation (1 Hz navigation data output)
- Passive system (no emissions, cannot be jammed or interfered with)
- Lightweight, compact and low power consumption
- Accurate enough to complete the mission when GPS is unavailable
- Can be adapted to warn about GPS spoofing attacks
Laser and targeting systems
Laser rangefinders, designators and targeting modules for all UAVs
Stabilized platforms
Stabilized platforms for small, medium and heavy UAVs with full tilt and motion control
Control and integration systems
Gimbal controllers, online control and payload management systems
Cameras and sensors
Electro-Optical, Thermal and Multi-sensor systems with high-quality imaging and night vision
AI and intelligent solutions
Object detection, automatic targeting and geolocation powered by artificial intelligence
Vision-based navigation
- The computer vision-based non-GNSS (GPS-free) navigation system replaces traditional GPS and instead uses computer vision and sensor technologies for high-precision and reliable navigation
- Using computer vision, sensor fusion and SLAM (Simultaneous Localization and Mapping) technology, this system offers a new way of navigation in environments where GPS is absent or unavailable. This is an important step towards precise, autonomous and real-time navigation
Object tracking and recognition
- The system performs object recognition using a machine learning algorithm trained on a dataset of 80,000 samples. It is capable of identifying objects as small as 16x16 pixels even in challenging conditions, achieving an average confidence score of 0.88
- The application, using built-in video processors, is an object tracking program that applies computer vision technologies for real-time object tracking and monitoring. It runs on single-board computers such as Raspberry Pi and Orange Pi
News
03 Jun. 2026
Inogate proudly participated in the two-day RISE Powered by Silicon Mountains 2026 exhibition․
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