A browser-based Ground Control Station is a web-based interface for UAV mission planning, telemetry monitoring, fleet operations, and mission execution.
BVLOS mission planning supports drone operations beyond the visual line of sight using route planning, weather assessment, airspace awareness, and operational risk analysis.
STM32H743 flight controller development involves designing UAV autopilot hardware, firmware configuration, sensor integration, MAVLink telemetry, and flight validation systems.
ArduPilot hardware development includes custom flight controller design, hwdef.dat configuration, IMU integration, GNSS integration, and MAVLink telemetry support.
PX4 hardware development includes creating PX4-compatible autopilot systems, UAV electronics, telemetry architecture, and Ground Control Station integration.
MAVLink telemetry is a communication protocol used between UAVs, flight controllers, companion computers, and Ground Control Stations.
Weather-aware UAV operation uses wind speed, wind direction, gust, rain, cloud cover, and temperature to support GO / CAUTION / NO-GO mission decisions.
UAV airspace risk assessment evaluates controlled airspace, restricted areas, NFZ awareness, urban airspace risk, and mission route safety.