3D Interactive Interface and Real-World Scenarios
To ensure intuitive and efficient flight planning, Private Bee’s GPS4D integrates a powerful 3D visualization interface. Built with CesiumJS and BlenderGIS, this tool displays real-time trajectories, restricted zones, and weather data—empowering both autonomous systems and human pilots.
From emergency helicopter routes to drone deliveries, the platform supports concrete and high-stakes scenarios through intelligent rendering and contextual navigation cues.
Interactive 3D Map Viewer
Users can explore the airspace in an immersive, layered environment with real-time updates:
- CesiumJS-based viewer for dynamic altitude and terrain modeling
- Color-coded overlays for no-fly zones, religious sites, weather hazards
- Trajectory layers for active flights and emergency corridors
This visual system enhances situational awareness and enables clear decision-making, whether in autonomous or pilot-assisted modes.
Use Case: Emergency Helicopter Route (ENSTA → Orly)
For critical flights, the system calculates the most efficient and secure route in real time:
- Avoids buildings and prohibited airspace
- Highlights alternate landing zones in case of emergency
- Prioritizes regulated airways for optimal ATC compliance
Both direct and contingency paths are computed with minimal delay, even under changing conditions.
Use Case: Drone Delivery to Urban Balcony
The GPS4D interface defines flight paths for drone missions with precise altitude and location targets:
- Safe corridor navigation through urban airspace
- Landing zone detection (e.g., balcony, rooftop platform)
- Dynamic rerouting in case of weather or airspace conflict
Operators can visualize mission routes and override trajectories if needed.
Human-in-the-Loop Interfaces
Whether using augmented reality headsets or mobile tablets, human pilots and supervisors retain full awareness and control:
- HUD (Head-Up Display) options for immersive guidance
- Tablet UI for mission planning and trajectory validation
- Optional AR/MR integration using devices like Epson Moverio
The interface adapts to the pilot’s context, ensuring ergonomic and efficient control in every scenario.
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