Low-Altitude Solution

The low-altitude solution aims to build a comprehensive low-altitude ecosystem product circle, integrating information technology, digitalization, intelligent technology, and drone technology to create an integrated system for low-altitude flight management, services, and applications. It not only ensures the safe and efficient operation of aircraft but also is committed to expanding the application scenarios of the low-altitude economy.

Core Features

Suitable for use in harsh environments

With high protection capabilities, the overall dust and water protection reaches the IP55 level.
Solve the problem of unstable power supply by using outdoor photovoltaic power supply.
Quick deployment and use

Lightweight design of the equipment, integrated with various functional modules, convenient for transportation and easy to install.
Reduce the content of implementation requirements, reduce installation costs and time.
High-efficiency operation

Cluster control can achieve efficient operation, expand the scope of operation, and improve work efficiency.
Remote management and intelligent control facilitate unified management and scheduling of large-scale clusters.
Comprehensive network support

Self-organizing networks, 4G networks, satellite communication, can work together with the original O3 image transmission link to ensure stable transmission. This provides more reliable network support for aircraft during mission execution and improves flight safety.
Use of AI technology

AI technology is applied in target recognition, image processing, etc., to improve the level of intelligent operation. AI algorithms improve the accuracy and efficiency of operations.
Flexible expansion

With the change of business needs, equipment and configurations can be flexibly increased or decreased to meet the growing processing capacity requirements.

Advantages

Improve work efficiency

Automated drone takeoff, landing, charging, and scheduling functions achieve 24-hour uninterrupted operation, effectively shortening the work cycle and improving production efficiency.

Reduce operating costs

Automated management reduces manual intervention, reducing labor costs. In addition, long-term stable operation can also reduce the frequency of equipment maintenance and replacement, further reducing operating costs.

Increase safety

With high safety, the entire system can ensure the safe and reliable operation of drones. Functions such as real-time monitoring, timely detection, and processing of abnormal situations can further enhance safety.

Applications

Need to take photos from a high-altitude perspective

Lack of efficient, cost-effective, and secure inspection methods

Lack of effective inspection data accumulation, making it difficult to integrate and analyze

Lack of a unified platform for effective aircraft management over large areas