CASE STUDY

By deploying a private 5G wireless network , the port is positioning itself to integrate a series of future 5G applications and advanced technologies to support new customer requirements and enable the transition to a green smart port .

Together with partners BT and Ericsson , the port has deployed a private network with coverage across the entire estate , making it the UK ’ s first site-wide deployment of 4G and 5G standalone connectivity for smart port applications .

The infrastructure is built upon an Ericsson Private 5G solution and BT spectrum , whereby both 4G and 5G will operate simultaneously to support legacy devices as well as power new 5G applications in the port ’ s future transformation .

The first set of live use cases begun in November , including video and sensors installed at each gate on the site to use automatic number plate recognition ( ANPR ) to securely manage and track vehicle access , as well as 5G-enabled cameras with a 360-degree view at the quayside combined with AI-driven software to provide automated container inspection and identification .

These future applications include :

• Autonomous Navigation Technology so that vehicles can move cargoes and equipment around the port

• Remote crane operations that will enable operators to work from simulated cabs with precise location information , full HD + video and sensory haptics

• Connected drones at land and sea to autonomously inspect cranes , quayside , buoys and other physical infrastructure

• Wearable technology and XR devices to be used for immersive training and remote maintenance engineers

• A connected ecosystem of AI sensors , video and data sources from inside and outside the port to generate new business intelligence and improve operational efficiency

The Port of Tyne also has an ambitious vision to become a leader in 5G maritime innovation and

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