ARGOSDYNE

Facility monitoring

We are establishing an unmanned surveillance system using unmanned reconnaissance drones and automatic charging stations. This system plays a significant role not only in facility surveillance activities and facility management but also in enhancing safety and security at construction sites, including nighttime patrols.

The key benefits of facility monitoring are as follows

01

Ease of Maintenance and Repair

Regular surveillance of structures and facilities using drones enables early detection of damage or defects. This allows for preventive maintenance to be conducted, extending the lifespan of the facilities.
02

Accurate Monitoring and Surveillance

Drones can swiftly and accurately scan and monitor the entire facility from high altitudes. Moreover, integration with command centers enables real-time monitoring and immediate response to fire incidents, facilitating prompt firefighting efforts.
03

Safe Operation in Hazardous Areas

Utilizing drones in hazardous areas such as high-voltage lines or construction sites ensures safer surveillance operations. Additionally, drones can monitor areas inaccessible to CCTV within the premises, enhancing overall security coverage.

Use Case

01 Samsung Electronics Co., Ltd
·Monitoring Industrial Sites

Industrial sites are prone to air pollution, such as gas leaks, necessitating regular monitoring. Additionally, CCTV installed at these sites may have blind spots, leading to incomplete information and potential failure to detect incidents like fires./div>
·Utilizing Drones for Site Management

Drones can supplement CCTV coverage by providing aerial views without blind spots, enhancing safety monitoring within the facility. With thermal cameras and zoom/angle manipulation capabilities, drones enable rapid safety assessment within the industrial premises.
By employing a single drone equipped with gas detection sensors, it becomes feasible to regularly monitor a wide range of atmospheric conditions, thereby significantly reducing the cost of purchasing ground-based air monitoring equipment.
02 Scenario for Operating a Drone Automation System
Transmission Tower and Insulator Inspection
Expected Benefits

· Cost and time savings through unmanned automation.

· Unrestricted control range with LTE-based connectivity.

· Maximization of work efficiency through mission storage and recall.
Features

· Retrieval of pre-set drone missions to minimize repetitive flight tasks, ensuring faster and more efficient data acquisition.

· Constant placement of drones at vehicle stations to minimize unnecessary time spent on drone setup, enabling automatic flight and charging.
Monitoring System for Power Plant Interior/Exterior
Expected Benefits

· Minimization of blind spots in surveillance areas, enhancing security and accident prevention with reduced reliance on CCTV.

· Unrestricted control range with LTE-based connectivity

· Efficient data acquisition using thermal cameras and sensors.

· Prevention of accidents by inspecting the exterior of tall structures, leading to cost and time savings.
Features

· Division of the large power plant site into smaller sections to minimize surveillance blind spots.

· Prevention and management of accidents such as fires within the power plant.

· Maintenance of the exterior appearance of tall buildings/structures, including detecting cracks and other defects.
Inspection of Bridges and Structures
Expected Benefits

· Previous Method: Risky inspections using ladders, ropes, etc.

· Current Method: Safe and rapid precision inspections.

· Prevention of accidents by inspecting the exteriors of tall structures, leading to cost and time savings.
Features

· Maintenance of the exterior appearance of tall buildings/structures, including detecting cracks and other defects.

· Automatic recognition of cracks and other features through AI post-processing of data.