Open-source MAVLink fleet operations for PX4: SITL, drone shows, search and rescue, cooperative autonomy, and field validation
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Aug 14, 2026 - Python
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Open-source MAVLink fleet operations for PX4: SITL, drone shows, search and rescue, cooperative autonomy, and field validation
Server component for Skybrush, an open-source drone light show and drone swarm management framework
An open-source drone show and drone swarm ground control station GUI frontend
Skybrush Studio for Blender - a Blender addon for designing and validating drone shows
CoFlyers: A General Platform for Collective Flying of Swarm Drones.
Source Code of team Mach Mind - https://swarmdronechallenge.digital/
Skybrush Viewer - the viewer app for Skybrush drone shows
GPS-denied autonomous UAV swarm platform with edge AI, distributed swarm intelligence, VIO/EKF fusion, UWB/TDOA localization, secure telemetry, CBOR-based edge communication, and post-quantum security roadmap.
Simplified ArduPilot SITL launcher for multi-drone simulations
A ros package that takes a pattern image as input and generate coordinate data of points that will be traced by drones to form that pattern in air
Infrastructure-free Multidimensional Scaling (MDS) for drones swarm localization. Performances comparison with trilateration algorithm
SwarmBox: A Plug-and-Play Drone Swarm Framework for Streamlined Development and Comprehensive Analysis
Vortex vector field for collision avoidance in drone swarm formation control
This repository contains simulations of drones movement according to Autonomous Drone Model.
Telemetry-rich synthetic UAV swarm dataset (A/B domains) for detection, MOT, and intent prediction.
Drone swarm orchestration: combinatorial auctions, particle filters, fear meta-parameter, glass-box XAI — 23K lines of Rust
Headless multi-vehicle drone simulator for ArduPilot SITL — fly hundreds of UAVs in one shared Jolt Physics world with real collisions. A lightweight Gazebo alternative, built for SkyHub.
AI-powered drone swarm simulator that converts images into optimized 2D and volumetric 3D formations using computer vision and swarm physics.
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