DX-Sky is a product made up of a ground control system (GCS) for controlling and planning missions for multiple UAVs, onboard software for the aircraft, and flight data analysis. It also supports Sim-to-Real, applying AI tested in simulation to real aircraft as it is, in the same environment.
Managing control, mission planning and flight records separately for each aircraft makes operations and data review complicated. DX-Sky is a product for managing the registration, control and mission planning of multiple UAVs, along with their flight data, in a single operating system. The ground control system (GCS) handles aircraft status checks, mission planning, video monitoring and deployment management, while DX-Sky Drone handles communications, video, flight recording and AI inference on the aircraft.
※ The two software products are developed as a pair and work together, supporting PX4 and ArduPilot aircraft.
PrepareAircraft registration, site-specific settings and simulation testing
PlanArea and route mission planning and geofence setup
OperateMulti-aircraft control, video and AI detection monitoring
ReviewFlight record retrieval and map-based replay
Without switching to separate simulation software or deployment tools, test the AI model you developed on a simulated aircraft in the very GCS you use for real aircraft. Models that pass testing are deployed to real aircraft from the same GCS through an approval step. Gazebo and NVIDIA Isaac Sim environments are supported, and you can upload the environment you want to test in it.
Keep several links such as LTE and Wi-Fi connected at the same time and switch between them automatically according to link status. The GCS manages the individual links as one combined connection, so operators do not have to manage each link separately.
Register and approve a model, then choose the target aircraft and rollout method. Staged deployment that tests one aircraft first and rollback to the previous version are supported.
A browser-based ground control system that provides aircraft registration and management, status monitoring, flight commands, mission planning, live video, deployment of settings, software and AI models, and flight record review.
Installed on a Jetson-based onboard computer, it relays communications between the flight controller (FC) and the GCS, connects and switches between multiple links, streams video and captures images, records flights, forwards RTK corrections and runs AI inference onboard, with settings and updates applied remotely from the GCS.
Post-flight software that turns drone video and flight logs into analysis-ready data, providing capture positions for each frame, position anomaly detection and correction, data quality inspection, re-capture areas and object detection.
Using a foldable fixed-wing aircraft, a launch and deployment mechanism and mission sensor integration, we configure operating systems suited to field objectives such as surveillance, reconnaissance and fire response.
