Low Altitude Intelligent

Management and Analytics Platform Potential

GeoDock

GeoDock Pro V4

About GeoFLY

A Low Altitude Intelligent

Management and Analytics Platform developed based on GeoTwin.

GeoFLY low-altitude application management and analysis platform adopts B/S architecture and fully open interfaces. It can be integrated with various types of platforms and supports private deployment.

The GeoFLY low-altitude application management and analysis platform adopts a B/S architecture with fully open interfaces. It can be docked and integrated with various types of platforms and supports private deployment.

GeoFLY Platform Functions

LAE Applications

Autonomous Scheduled Flight for Change Detection

Deploy an automated drone airport at the construction site and initiate a regular inspection mode. Periodically capture aerial photos to automatically generate 3D models, which allow for precise measurements and comparison with BIM real - models to monitor the project progress and quality. Automatically compare the changes in earthwork volume to accurately evaluate the project cost.

Moreover, it can periodically record videos. Through artificial intelligence, potential safety hazards and violations at the construction site can be detected in real - time. Relevant personnel will be automatically notified and alerted, and the handling progress will be tracked.

Emergency Flight Execution for Real-time Inspecticon

Deploy automated drone airports in a grid pattern. In case of extreme weather or after a disaster, the nearest airport can be activated. The mission can be remotely launched in an emergency, and the drone can quickly reach the scene within 15 minutes. It can immediately transmit high-definition images, comprehensively collect visible light and thermal sensing information, providing a reliable basis for emergency command. This enables rapid decision-making assistance at critical moments.

Automated Multi-Dockers for Remote Sites Monitoring

By forming an inspection network with multiple automated drone airports, it is possible to achieve full coverage of remote areas. Set and allocate task plans for each airport, and automatically execute inspection tasks in different zones. High-precision orthophotos and 3D topographic maps can be updated continuously and at a high frequency. Utilize artificial intelligence to detect ground targets, analyze changes, and promptly identify changes in land occupation. Monitor indicators such as water levels, water quality, and vegetation health, and assess disaster situations. This enables more efficient management of large-scale infrastructure such as suburban parks and reservoirs.

Implementation Case

Power Grid & Power Station

Using a control system deployed on an intranet, it conducts refined inspections on transmission lines, substations, and distribution network lines, or performs corridor inspections. It automatically executes flight missions. On the premise of ensuring equipment stability, it can overcome high - electromagnetic and high - humidity - heat environments, significantly improving the inspection work efficiency.

Transportation & Water Affairs

Drones with aerial views, high-definition zoom cameras, and AI recognition systems perform daily inspections of highways, bridges, and rivers, quickly detecting congestion, safety hazards, debris, illegal outlets, and capturing evidence to boost supervision and maintenance.
An intranet - deployed control system enables precise inspections of transmission lines, substations, and distribution networks, conducts corridor patrols, executes automated flight missions, and withstands high - EM, high - humidity, and high - temperature environments, greatly enhancing inspection efficiency.

Oil and Gas & Pipelines

Equipped with a gas detector and an AI intelligent recognition system, it can promptly detect potential safety hazards such as the concentration of harmful gases, illegal mining, and leaks (including "running, emitting, dripping, and leaking"). It automatically monitors the operation status of petrochemical stations and pipelines, increases the frequency of inspections, reduces the need for manual inspection labor, and safeguards production.

Factory & Construction Site

Combining visible light and infrared cameras, and leveraging the high-altitude perspective of drones, it can promptly detect the intrusion of personnel and vehicles, as well as fire and flood situations. With multi-dimensional linkage with the management and control system, it can quickly initiate the response plan, avoiding or reducing losses of personnel and property. It operates day and night to safeguard safety.

Forestry & Environmental Protection

Equipped with an infrared camera and a multispectral camera, and coupled with an AI recognition system, it can automatically synthesize orthophotos and 3D models, facilitating digital resource management and remote command. It can promptly detect fire smoke, plant diseases, personnel intrusion, etc., saving the manpower required for inspections and improving the efficiency of handling such situations.

Security & Emergency

Combining visible light and infrared cameras, and leveraging the high-altitude perspective of drones, it can promptly detect the intrusion of personnel and vehicles, as well as fire and flood situations. With multi-dimensional linkage with the management and control system, it can quickly initiate the response plan, avoiding or reducing losses of personnel and property. It operates day and night to safeguard safety.

City &|Port

In line with the construction of smart cities and smart ports, it provides rapid and high-frequency aerial inspections, enabling timely acquisition of image data of facilities, coastlines and other areas. The data is shared for use by various urban departments, which improves the management level of cities and ports and further safeguards the lives of citizens.

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