Who is it for?

It is designed for government administrative departments such as transportation, urban management, water affairs, and housing and urban-rural development, as well as various government operation and maintenance units.

What pain points does it solve?

It addresses industry pain points such as overemphasis on display while neglecting actual business operations, the separation between unauthorized flight (black flight) detection and inspection operations, poor usability of AI algorithms, inspection data accumulating without value, and the inability to coordinate and schedule multiple types of isolated inspection devices.

What is the product value?

Leveraging Traffic Control Technology's technical expertise in the rail transit sector, the Zhuque Lingxun? ? One-Network Unified Flight Platform achieves full-stack in-house development of software and hardware. It enables global inspection, cross-departmental collaboration, scenario-based AI recognition, and unified networking of multiple devices, allowing flight data to empower operational work.

Five Core Advantages

Full-Business Closed-Loop Scheduling, a Lightweight and Visualized Operations System

Relying on grid-based scheduling, the One-Network Unified Flight Platform connects the complete chain of hazard reporting — dispatch and handling — archiving and review, enabling online collaboration across multiple departments for efficient daily inspections and emergency scheduling.

Multi-Source Data Fusion Perception, Holographic Assessment of Global Low-Altitude Situations

It integrates multi-source data such as meteorology, remote sensing, video, unauthorized flight monitoring, and AI recognition to present a unified picture of global low-altitude situations, supporting flight scheduling and safety control decisions.

Robust Security Assurance, Avoiding Various Flight Risks Throughout the Process

Built on a security foundation, it integrates plan verification, 4D trajectory simulation, conflict detection, boundary-crossing alerts, and response linkage to uniformly manage flight plans, real-time trajectories, and safety rules, ensuring safe, collaborative, and large-scale flight operations.

Scenario-Based Simple AI Algorithms, Zero-Threshold Use for Frontline Personnel

It adopts scenario-based simple AI algorithms with intuitive and easy-to-learn naming, integrating visible-light and thermal imaging to automatically identify various hazards and generate rectification reports with one click, enabling frontline personnel to operate with zero threshold.

Multi-Terminal Standardized Access Hub, Implementing Global Integrated One-Network Unified Flight

It provides unified access for various inspection devices, coordinates and schedules terminals such as drones, drone nests, and inspection robots, is compatible with multiple types of detection payloads, and enables cross-departmental global collaboration and sharing of devices and data, reducing costs and improving efficiency.

Practical Applications

The Zhuque Lingxun? Unified Low-Altitude Operations Platform has been implemented in projects including Chongqing metro tunnel inspection, public security aerial patrol, urban river governance, and indoor security in parks. It fully adapts to six core application scenarios: metro operation and maintenance, comprehensive utility tunnels, city appearance patrol, water environment governance, factory security, and global unauthorized flight control.

The Zhuque Lingxun? Unified Low-Altitude Operations Platform does not pursue superficial displays or pile up complex algorithms. It focuses deeply on the three operation and maintenance pain points of global hazard visibility, closed-loop handling, and data reuse. With integrated software and hardware covering global operational scenarios, it redefines unified low-altitude operations — low-altitude inspection goes beyond mere flying.