Verizon Business, Thames Freeport, and Nokia are collaborating to deploy private 5G networks across major logistics and manufacturing sites along the River Thames in the UK. The initiative is designed to drive long-term digital transformation in one of the country’s busiest maritime logistics hubs, modernising operations and enabling advanced industrial use cases.
The private 5G networks will support a range of technologies and services, including AI, IoT, and edge computing, providing the low-latency, high-capacity connectivity needed for next-generation industrial applications. This deployment is part of a broader regional plan to strengthen the local economy through research partnerships, workforce training, and job creation. Thames Freeport has already helped create 1,400 jobs and aims to grow that number to 5,000 by 2030, with an emphasis on bringing high-skilled roles to nearby communities.
Verizon’s private 5G solution will enable applications such as predictive maintenance, process automation, autonomous vehicle control, enhanced safety monitoring, and real-time logistics visibility. Nokia will supply the underlying hardware and software, including its Digital Automation Cloud and MX Industrial Edge platforms, which are designed to provide local processing, secure connectivity, and the low latency required for industrial environments.
Three primary Thames Freeport sites will receive the new 5G infrastructure:
- DP World London Gateway and Logistics Park: A deep-sea container port handling more than three million TEUs annually, with an extensive logistics park and rail terminal.
- Port of Tilbury: A major logistics hub that moves around 16 million tonnes of cargo a year, serving sectors such as construction, automotive, and food.
- Ford Dagenham: London’s largest manufacturing site, selected for its proximity to supply chains and regional production networks.
Private 5G will enable tenants to track cargo almost in real time and monitor shipment conditions continuously. Yard tractors, cranes, and other vehicles can be automated to manage routine movements more efficiently and safely. Smart sensors connected via the edge network will support environmental monitoring—tracking emissions, air and water quality, and noise levels—so operators can take targeted actions to reduce environmental impacts.
Thames Freeport and its tenant shareholders will operate and manage the networks locally, retaining control over how connectivity is allocated across different sites. Each location will be able to optimise network performance to meet its specific needs and keep sensitive operational data on-premises when required.
Beyond modernising port and industrial operations, the private 5G rollout may foster closer collaboration among industrial users, academic researchers, and public-sector partners within the Freeport zones, unlocking opportunities for innovation and shared development of industrial digital solutions.
(Photo by Leon Bredella)
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