SMALL AIRFIELDS
Your Personal Autonomus Air Control
Drones can present security risks, such as unauthorized surveillance and potential interference with aircraft operations. As the use of drones continues to grow, small general aviation airfields encounter challenges in managing airspace to ensure safe takeoff and landing procedures. Drones can inadvertently disrupt manned aircraft, resulting in potentially dangerous situations.
Main Features
Objects detection:
AI-powered object detection eliminates 95% of the false alarms compared to classic moving detectors.
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Neural network object detection/identification
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Autonomous false positives rejection
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System can classify Copter UAS, Fixed wings UAS, Airplanes and Helicopters
Objects tracking:
The target tracker will automatically guide the PTZ to the drone that was detected by object detection. Otherwise, the operator can manually choose any target for tracking based on his needs.
Typical System Composition
List of additional sensors
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RF detection systems
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Radar System
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Laser Ranger Finder
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ADS-B receiver
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Seismic sensors
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Etc.
Camera System:
A set of cameras uses high-resolution imaging and advanced AI analytics to provide visual evidence for classification and threat assessment. AI-based video processing can detect four types of aerial objects as copters, fixed wing UAV, helicopters and airplanes.
System Performance
Typical system configuration:
Day/Night cameras: 4000 x 3000 pixels
Day/Night Camera
Configuration can be customized by customer requirements.
System Advantages
Autonomous Drones Detection
Passive Mode
Accurate Target Tracking
Cost-effective
The system can detect/track fully autonomous drones using optical sensors.
Passive mode will help to mask the system until its usage.
The system work using cameras only.