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Providing a Professional One-Stop Drone Supervision Solution
Lower the threshold for drone supervision, improve the value of drone use, and empower various industries.

Core Functions

The regulatory system has the function of real-time monitoring of the position, altitude, speed, and trajectory of unmanned aerial vehicles. Drones are equipped with necessary sensors and communication devices to transmit real-time data to regulatory systems for tracking and monitoring by regulatory personnel
  • User-friendly interface
    Intuitive visual user interface, simplifying the operation process and improving user experience.
  • Powerful data processing capabilities
    Real-time analysis of flight data, optimization of flight paths, and improved mission execution efficiency.
  • Intelligent monitoring and pre-warning system
    Real-time monitoring of drone status, early warning of potential risks, and flight safety.
  • Comprehensive communication links
    Supports multiple communication protocols to ensure a stable connection between drones and the ground control centers.
  • Modular hardware architecture
    Easy to upgrade and maintain with the ability to adapt to different mission requirements.
  • Advanced flight control system
    Integrates the latest navigation algorithms and automatic obstacle avoidance technology to ensure a stable flight even in complex environments.
  • Electric Fence and Drone Identification
    The regulatory system can build electric fences to limit the flight range of drones. This can be done by sending out signals from ground-based equipment or aerial devices to identify drones and monitor them as they enter or leave a specific area.
  • Flight Plan and License Management
    Drone pilots need to submit flight plans in advance and obtain relevant licenses or approvals. The regulatory system can automatically review and manage these flight plans to ensure that drone flight activities comply with regulations.
  • Airspace resources and flight management
    Realize full lifecycle management of unmanned aerial vehicles, including registration, insurance, annual review, and scrapping.

Software and Hardware Products Available

Modular software and hardware architecture made easy to upgrade and maintain, and adaptable to different mission requirements
Remote Monitoring Software (Android)

Provides real-time monitoring, tracking and reporting functions to ensure the safety and compliance of drones.

Remote Monitoring Software (PC)

Combines drone technology with cloud computing to achieve remote task monitoring, data storage and systemized analysis.

Drone Monitoring Ground Station

Support remote management

Data security guarantee

Support full link data reception

Support multiple data reporting protocols

Applicable Objects

Organizations, institutions, and departments that need to monitor airspace

Drone Remote Identification Module(External)

The internal integration of RID-BC-002C includes batteries, multi-mode GNSS modules, barometric altimeters, antennas, and other components, which have independent working capabilities. Unmanned aerial vehicles can carry this product through bundling/bracket/adhesive methods, enabling it to have remote recognition capabilities and meet the operational requirements of low altitude unmanned aerial vehicles in other regions.

Applicable Objects

Micro/light/small unmanned aerial vehicles

Drone Remote Identification Module(External)

RID-BC-002B integrates multi-mode GNSS modules and barometric altimeters at the hardware level, without the need for additional sensor interaction, and can work independently. It has the advantages of small size, light weight, low power consumption, and built-in shielding cover. The provided 2.4GHz antenna interface and multi-mode GNSS antenna interface facilitate the integration of identification product manufacturers and drone manufacturers.

Applicable Objects

Existing unmanned aerial vehicles

Drone Remote Identification Module(Built-in)

Multiple broadcasting methods

Adjustable broadcast channel

Support OTA upgrade and configuration

Full parameter coverage configuration capability

Automatic/programmable working mode

Rich interface protocols

Applicable Objects

Micro/light/small unmanned aerial vehicles

Applicable Scenarios

This system can be deployed in airports, military administration areas, national borders, power plants, substations, and nuclear power plants where supervision is essential.
Providing a Professional One-Stop Drone Supervision Solution
Lower the threshold for drone supervision, improve the value of drone use, and empower various industries.

Core Functions

The regulatory system has the function of real-time monitoring of the position, altitude, speed, and trajectory of unmanned aerial vehicles. Drones are equipped with necessary sensors and communication devices to transmit real-time data to regulatory systems for tracking and monitoring by regulatory personnel.
  • User-friendly interface
    Intuitive visual user interface, simplifying the operation process and improving user experience.
  • Powerful data processing capabilities
    Real-time analysis of flight data, optimization of flight paths, and improved mission execution efficiency.
  • Intelligent monitoring and pre-warning system
    Real-time monitoring of drone status, early warning of potential risks, and flight safety.
  • Comprehensive communication links
    Supports multiple communication protocols to ensure a stable connection between drones and the ground control centers.
  • Modular hardware architecture
    Easy to upgrade and maintain with the ability to adapt to different mission requirements.
  • Advanced flight control system
    Integrates the latest navigation algorithms and automatic obstacle avoidance technology to ensure a stable flight even in complex environments.
  • Electric Fence and Drone Identification
    The regulatory system can build electric fences to limit the flight range of drones. This can be done by sending out signals from ground-based equipment or aerial devices to identify drones and monitor them as they enter or leave a specific area.
  • Flight Plan and License Management
    Drone pilots need to submit flight plans in advance and obtain relevant licenses or approvals. The regulatory system can automatically review and manage these flight plans to ensure that drone flight activities comply with regulations.

Software and Hardware Products Available

Modular software and hardware architecture made easy to upgrade and maintain, and adaptable to different mission requirements.
  • Remote Monitoring Software
    （Android）
    Provides real-time monitoring, tracking and reporting functions to ensure the safety and compliance of drones.
  • Remote Monitoring Software
    （PC）
    Combines drone technology with cloud computing to achieve remote task monitoring, data storage and systemized analysis.
Drone Monitoring Ground Station
Model: RIDG-BC-WB-01

Support remote management

Data security guarantee

Support full link data reception

Support multiple data reporting protocols

Applicable Objects

Organizations, institutions, and departments that need to monitor airspace

Drone Remote Identification Module(External)
Model: RID-BC-002C

The internal integration of RID-BC-002C includes batteries, multi-mode GNSS modules, barometric altimeters, antennas, and other components, which have independent working capabilities. Unmanned aerial vehicles can carry this product through bundling/bracket/adhesive methods, enabling it to have remote recognition capabilities and meet the operational requirements of low altitude unmanned aerial vehicles in other regions.

Applicable Objects

Micro/light/small unmanned aerial vehicles

Drone Remote Identification Module(External)
Model: RID-BC-002B

RID-BC-002B integrates multi-mode GNSS modules and barometric altimeters at the hardware level, without the need for additional sensor interaction, and can work independently. It has the advantages of small size, light weight, low power consumption, and built-in shielding cover. The provided 2.4GHz antenna interface and multi-mode GNSS antenna interface facilitate the integration of identification product manufacturers and drone manufacturers.

Applicable Objects

Existing unmanned aerial vehicles

Drone Remote Identification Module(Built-in)
Model: RID-BC-001/001A

Multiple broadcasting methods

Adjustable broadcast channel

Support OTA upgrade and configuration

Full parameter coverage configuration capability

Automatic/programmable working mode

Rich interface protocols

Applicable Objects

Micro/light/small unmanned aerial vehicles

Applicable Scenarios

This system can be deployed in airports, military administration areas, national borders, power plants, substations, and nuclear power plants where supervision is essential.
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