SKYEYE V1
SKYEYE V1 is a dual-PTZ electro-optical platform developed for AI-assisted airborne-object detection, visual tracking, stereo localization, monitoring and event recording. The system combines two coordinated optical sensors with real-time computer vision and a unified operator interface.
A software-defined optical tracking platform.
SKYEYE V1 is designed as a modular observation system rather than a conventional RF radar. Two independently controlled PTZ sensors provide synchronized imagery to a processing computer, where software performs detection, target association, tracking and coordinate estimation.
AI-Assisted Detection
Computer vision identifies airborne objects in live imagery and generates target candidates for tracking.
Dual-Sensor Tracking
Each optical channel maintains target position and motion while the system associates corresponding observations.
Stereo 3D Localization
Calibrated geometry combines two viewing directions to estimate target position in a local three-dimensional reference frame.
Dual optical heads. One coordinated system.
The V1 architecture combines two PTZ optical units, a central processing and interface enclosure, rigid mounting structure and network-connected control environment.
- Two coordinated PTZ optical sensor channels
- Real-time network video ingestion
- Software-controlled pan, tilt and zoom
- Central processing for AI and geometry
- Operator visualization and event recording
- Modular interfaces for future sensor expansion
From image acquisition to track output.
The public workflow below shows the major functional stages without exposing proprietary implementation details.
Designed around observation, tracking and data quality.
SKYEYE V1 focuses on persistent optical awareness and operator-ready track information.
SKYEYE V1 configuration.
Flexible monitoring modes for testing and deployment.
Manual Observation
Operator-directed pan, tilt and zoom for visual inspection and testing.
Automatic Search
Predefined observation sectors can be scanned for potential airborne objects.
Single-Track
One optical channel can maintain a selected target when stereo information is unavailable.
Stereo Track
Both optical channels observe the same target to support 3D localization and track-quality estimation.
Built for optical airspace awareness.
Critical-Site Monitoring
Visual observation and recording of airborne activity around defined facilities and test locations.
Drone Test & Evaluation
Track cooperative UAV flights during R&D, calibration and performance-evaluation activities.
Research & Training
Support computer-vision, tracking, photogrammetry and multisensor research programs.
Perimeter Airspace Awareness
Provide optical monitoring of selected low-altitude sectors where line of sight is available.
Event Observation
Record and review target tracks, detections and operator events for analysis.
Future Sensor Fusion
Modular software architecture supports later integration of approved external cueing and monitoring sensors.
Common questions.
Is SKYEYE V1 a conventional RF radar?
No. SKYEYE V1 is an electro-optical detection and tracking platform. It uses coordinated optical sensors, computer vision and calibrated stereo geometry rather than radio-frequency ranging.
Why are two optical sensors used?
Two viewpoints support target association and three-dimensional position estimation when both sensors have a valid view and the system is correctly calibrated.
Does the system support automatic tracking?
The V1 architecture includes software-controlled PTZ tracking for selected visible targets, with operator monitoring and override.
What affects system performance?
Lighting, atmospheric visibility, target size, camera configuration, field of view, site geometry, calibration, network timing and software configuration all affect performance.
Can SKYEYE be integrated with other monitoring systems?
The software architecture is designed to support approved networked data outputs and future sensor-fusion interfaces, subject to project configuration and validation.
SKYEYE V1 · Electro-Optical Airspace Awareness
For project collaboration, testing, research integration or product information, contact Gravix Dynamics Technologies Limited through the website's official contact channel.