Technology

Digital Air Traffic

Exploring the relationships and governance boundaries linking airspace, routes, operations and digital coordination.

✦ Real-Time Online Cooperative Nodes

ACTIVE COOPERATIVE NODES / Real-Time Online Cooperative Nodes

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Engineering Significance

Demonstrating how digital air traffic delivers controlled information and decision support across aircraft, ground infrastructure, cloud platforms, traffic control, and legacy systems.

Core Capability Framework

Full-Domain Low-Altitude Digital Intelligent Control System

Built on multi-source fusion positioning and high-precision dynamic dispatch algorithms to establish a safe, efficient, three-dimensional integrated airspace management and data-sharing platform.

Real-Time Positioning

Millisecond-level high-frequency telemetry updates fuse multi-source low-altitude sensor signals to resolve the absolute physical coordinates of track points in real time.

Trajectory Tracking

Reconstructing 4D spatio-temporal digital trajectories to continuously trace flight paths with meteorological compensation and integrated operational state forecasting.

Conflict Warning

Predictive cross-route interference simulation and dynamic electronic geofence generation to deliver millisecond-scale obstacle and congestion avoidance dispatch solutions.

Automated Dispatch

Leveraging computing clusters for autonomous optimal route allocation, combined with traffic monitoring to automatically coordinate airspace sharing and formation flight across diverse aircraft types.

Layered Operations

Scientifically defining vertical altitude layers and intelligently designating dedicated air corridors to maximize three-dimensional traffic throughput.

System Integration

Providing standardized industrial-grade high-concurrency API channels for seamless integration with third-party air traffic management systems and civil airport dispatch terminals.

Airspace Collaborative Management

Safe, Efficient, and Intelligent Digital Airspace Collaboration Platform

Digital Route Pre-Planning

Utilizing multidimensional meteorological and airspace constraint data, intelligent algorithms generate high-precision safe routes to ensure end-to-end regulatory compliance and safe, efficient operations.

Dynamic Airspace Allocation

Monitors airspace traffic and conflict levels in real time, providing flexible release and precise dynamic allocation to maximize airspace capacity and improve flight punctuality.

Geofencing Management

Supports rapid construction and dynamic distribution of complex three-dimensional geofences, such as polygons and cylinders, enabling second-level boundary-breach alerts and high-precision incursion prevention.

Development & Validation Status

R&D Phase

● Delivery Completed

Evaluation Date: 2025-03-15

Pilot Operations

● Under Operational Evaluation

Update Date: 2027-06-20

Deployment Validation

● In Planning & Preparation

Planned Date: 2028-09-10

Human-Machine Teaming

Establishes clear boundaries for human oversight and decision support; the system assists personnel and does not replace statutory responsible entities.

Coordinated Aircraft Control

Explore advanced multi-rotor and fixed-wing autonomous UAV swarm architectures. The system manages complex aerodynamically coupled environments to achieve precise, reliable multi-platform formation flight and autonomous trajectory planning.

Industry Applications

From wide-area urban low-altitude logistics networks to emergency communications and rapid rescue in extreme environments. Delivers tailored dispatch and command interfaces that integrate smoothly into core enterprise workflows.

Unlocking the Future of Digital Aviation

Explore more technical collaboration and innovative applications.

Technical Collaboration