SkyMeshX combines swarm coordination, live telemetry, mission planning, and safety automation in one focused control platform.
Powerful features designed for professional drone operations
A focused overview based on the current SkyMeshX documentation: mission planning, swarm operations, safety automation, inspection workflows, and field-ready UI tools.
Add, remove, connect, and monitor multiple drones in parallel.
Line, V, grid, circle, wedge, and leader-follower formations.
Real-time fleet status across connected aircraft.
Integrated APF safety filtering for safer multi-drone motion.
Closest-point-of-approach warnings with severity visualization.
Drain-rate tracking and predictive return-to-launch decisions.
Parallel, spiral, grid, and zigzag patterns for complex fields.
Background uploads with progress, cancellation, and error status.
Interactive map editing with live route updates and altitude preservation.
Automated panel coverage, camera control, thermal imaging, and hotspot detection.
Seed-drop point generation, servo commands, and waypoint validation.
ROS2 bag compression benchmarking and playback-oriented tooling.
Depth-sensor point clouds feed perception-based collision avoidance.
Auction-style assignment using distance, battery, workload, and risk.
Connection widgets, drone badges, UTC clock, and duplicate warnings.
Armed state, mode, horizon, compass, altitude, speed, battery, and quick commands.
Visual formation planning with leader/follower positions, compass, scale, and grid.
A cleaner look at the operator workflows behind missions, telemetry, swarm control, and safety decisions.
Main Dashboard with Telemetry
Interactive Map with Multiple Drones
Swarm Formation Control
Safety Systems Panel
Mission Planning Interface
Real-time Data Visualization
Join us in revolutionizing drone control technology
Drone market projected to reach billions by 2030
Universities and labs need advanced control systems
Precision farming and crop monitoring
Bridges, power lines, and building surveys
Emergency response and disaster relief
Automated renewable energy maintenance
MIT license allows commercial use without restrictions
Built with Python 3.10+ and Qt6 for future-proof development
Advanced multi-drone control capabilities
20Hz collision avoidance and predictive safety
Easy to customize and extend for specific use cases
Let's discuss how we can revolutionize drone control together
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