AI-enabled aircraft docking guidance and airport operational systems.
Inxee is an electronics design and manufacturing company that develops advanced technology systems for aviation, defence, industrial electronics, and infrastructure environments. The company specialises in the design and development of integrated hardware and software systems including embedded electronics, sensors, and intelligent control platforms.
One of Inxee’s key solutions for aviation environments is SmartDockAI, an advanced Smart Visual Docking Guidance System (SVDGS) designed to assist pilots during aircraft docking and parking operations. The system combines AI-based computing, LiDAR sensors, cameras, and advanced display technologies to provide precise visual guidance and situational awareness during aircraft docking procedures.
By combining intelligent sensing technologies with aviation-grade engineering, Inxee enables airports to improve safety, efficiency, and operational visibility across aircraft movement and ground operations.
Key Capabilities
AI-powered aircraft docking guidance and apron monitoring systems for modern airports.
AI-Based Aircraft Docking Guidance
3D LiDAR Precision Ranging
Apron Monitoring & Obstacle Detection
Real-Time Pilot Visual Guidance
All-Weather Aircraft Docking Support
Airport Operational Data & Billing Integration
What the Solution Enables
Aircraft docking and ground operations require high levels of accuracy, coordination, and visibility. Traditional docking guidance systems may struggle to maintain precision in challenging environments such as low visibility, crowded apron areas, or varying aircraft configurations.
Inxee’s SmartDockAI system enables airports to deploy AI-powered visual docking guidance systems that provide real-time feedback to pilots and ground operators. Using technologies such as 3D LiDAR ranging, thermal sensors, HD cameras, and AI computing, the system continuously monitors aircraft movement and guides pilots safely to the designated parking position.
The system can detect obstacles, monitor apron activities, and support multiple aircraft types, improving safety while also supporting operational efficiency and turnaround management at airport gates.