Airport & Seaport

Stories

Airport & Seaport

Automated Aircraft Boarding Bridge(Member only)

Discover how Automated Aircraft Boarding Bridges enhance airport efficiency. Using machine vision for precise aircraft door alignment, these systems are powered by Neousys' rugged embedded edge AI computers, operating reliably in harsh conditions to speed up boarding.

Automated Aircraft Gate Docking Guide(Member only)

Discover how Automated Aircraft Gate Docking Guides revolutionize airport safety & efficiency. Leveraging Neousys machine vision and GPU-aided Edge AI Box PCs, these systems offer precise aircraft alignment, reliably operating in harsh tarmac conditions to minimize delays.

Autonomous Luggage Towing Vehicle

With 30-100M passengers yearly at major airports, automation is key. Neousys computers enable reliable, compact solutions for autonomous luggage towing systems...

Neousys AI platform pilots autonomous flight

A customer used Neousys' rugged AI platform to develop autonomous flight solutions, leading to innovative "air taxis"—battery-powered, self-piloted aircraft with vertical takeoff and landing capabilities. These may herald an era of urban air mobility, though regulatory support is pending...

Autonomous Flight in Small Private Aircrafts

With modern technology miniaturizing powerful machines, there are indeed edge AI computer systems that can be taught to utilize sensors and radars to detect and recognize objects...

E-book: Intelligent Airport Automations (Member Only)

The Neousys system provided rich I/Os to connect to PoE and USB3 camera interfaces to optimize the machine vision component of the solution to locate the doors on each aircraft...

Seaport Automation

Getting the ships in and out quickly is one thing, but where do the millions of tons of containers go once they are offloaded from the ships?

Imagery Recognition & Automation for Harbor Cargo Ports

The Neousys system is installed on-site with wireless communication, cameras and relay actuators connected. Trucks' license plates entering/ leaving the port dock area are scanned; containers entering/ leaving the port dock area are scanned, coupled with the machine vision software recognition system where the recognition precision rate is up to 99% accurate.

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