This module mainly performs operations on user storage tasks. It mainly includes task creation, task modification, task classification and task query based on industry task requirements. Users can import tasks independently. The software will plan the optimal path through intelligent algorithms and control the aircraft to achieve inspection tasks. At the same time, by real-time detection of the status of the aircraft cabin/UAV during the operation, autonomous battery life charging, manual intervention, and real-time correction of the trajectory can be carried out to realize the intelligent control of the drone.

This module mainly performs operations on user storage tasks. It mainly includes task creation, task modification, task classification and task query based on industry task requirements. Users can import tasks independently. The software will plan the optimal path through intelligent algorithms and control the aircraft to achieve inspection tasks. At the same time, by real-time detection of the status of the aircraft cabin/UAV during the operation, autonomous battery life charging, manual intervention, and real-time correction of the trajectory can be carried out to realize the intelligent control of the drone.

It mainly realizes the operation control of the UAV, which is the core part of the software. The user's task requirements can be realized through single/multi-machine control. The user can import tasks independently. The software will employ intelligent algorithms to plan the optimal path and control the aircraft to complete the inspection task. At the same time, by real-time detection of the status of the aircraft cabin/UAV during the operation, autonomous battery life charging, manual intervention, and real-time correction of the trajectory can be carried out to realize the intelligent control of the drone.

It mainly realizes the operation control of the UAV, which is the core part of the software. The user's task requirements can be realized through single/multi-machine control. The user can import tasks independently. The software will employ intelligent algorithms to plan the optimal path and control the aircraft to complete the inspection task. At the same time, by real-time detection of the status of the aircraft cabin/UAV during the operation, autonomous battery life charging, manual intervention, and real-time correction of the trajectory can be carried out to realize the intelligent control of the drone.

Real-time monitoring of drones is a means to ensure the progress of the operation and monitor the status of the equipment. The monitoring center supports the monitoring of drone flight trajectories. Users can import tasks independently. The software will use intelligent algorithms to plan the optimal path and control the aircraft to achieve inspection tasks. At the same time, by real-time detection of the status of the aircraft cabin/UAV during the operation, autonomous battery charging for continuous operation, manual intervention, and real-time correction of the trajectory can be carried out to realize the intelligent control of the drone.

Real-time monitoring of drones is a means to ensure the progress of the operation and monitor the status of the equipment. The monitoring center supports the monitoring of drone flight trajectories. Users can import tasks independently. The software will use intelligent algorithms to plan the optimal path and control the aircraft to achieve inspection tasks. At the same time, by real-time detection of the status of the aircraft cabin/UAV during the operation, autonomous battery charging for continuous operation, manual intervention, and real-time correction of the trajectory can be carried out to realize the intelligent control of the drone.

The drone will generate a large amount of video data and photo information during the line inspection. At the same time, the flight data and log of the drone need to be saved. The user can import tasks independently, and the software will plan the optimal path and use intelligent algorithms to control the aircraft to achieve inspection missions. The aircraft achieves inspection missions. At the same time, by real-time detection of the status of the cabin/UAV during the operation, autonomous battery charging for continuous operation, manual intervention, and real-time correction of the trajectory can be carried out to realize the intelligent control of the drone.

The drone will generate a large amount of video data and photo information during the line inspection. At the same time, the flight data and log of the drone need to be saved. The user can import tasks independently, and the software will plan the optimal path and use intelligent algorithms to control the aircraft to achieve inspection missions. The aircraft achieves inspection missions. At the same time, by real-time detection of the status of the cabin/UAV during the operation, autonomous battery charging for continuous operation, manual intervention, and real-time correction of the trajectory can be carried out to realize the intelligent control of the drone.