Vertical: Seaports, Logistics and Manufacturing
Application: Physical AI, computer vision, real-time asset tracking, connected-worker safety, predictive maintenance, edge computing, autonomous operations
Ecosystem: Verizon Business, Nokia, Thames Freeport, DP World, Forth Ports, Ford
Private Network: 5G
| Verizon Business and Nokia have completed a five-site private 5G deployment across Thames Freeport. Announced on November 10, 2026, the multisite platform connects port, logistics and manufacturing tenants on independent network cores, with AI-driven use-case trials already completed and a second phase underway. |
Verizon Business and Thames Freeport completed a multisite private 5G platform across the Thames Freeport economic corridor east of London in November 2026, establishing one of Europe’s largest private 5G implementations. Built with Nokia as exclusive hardware and software provider, the network spans five independently operated tenant sites at DP World London Gateway, DP World Logistics Park, Ford Dagenham and two Port of Tilbury locations. Each tenant network runs on its own network core, giving every organisation full data sovereignty while sharing a common industrial-grade connectivity foundation for physical AI, computer vision and real-time operations.
The completion arrives nearly 17 months after the contract was first announced in June 2025, when Verizon won a competitive tender against established UK mobile operators. The deployment forms part of a multiyear, multibillion dollar operational transformation and economic revival programme for the River Thames Estuary, and its focus has now shifted from building networks to validating the applications that run on them.
| Metric | Detail |
| Network type | Private 5G, multisite, independent core per tenant |
| Vendor(s) | Verizon Business (service provider), Nokia (hardware and software) |
| Platform | Nokia Digital Automation Cloud (DAC), Nokia MX Industrial Edge (MXIE) |
| Timeline | Contract announced June 2025; completion announced November 2026 |
| Location | Thames Freeport, River Thames Estuary, United Kingdom |
| Sites | DP World London Gateway, DP World Logistics Park, Ford Dagenham, Port of Tilbury (two locations) |
Five Tenant Sites Connected Across the Thames Freeport Corridor
The platform links five separate locations, each a private and independently operating tenant of the Freeport with its own priorities for private 5G. DP World London Gateway and DP World Logistics Park form the UK’s largest and most integrated deep-sea container port and logistics facility, with port capacity of over 3 million units a year, a rail terminal running 20 daily services and a 9.25 million square foot logistics park. At DP World, the network provides a digital foundation for connected terminal and logistics operations, asset tracking, video analytics, autonomous systems, coordinated workflows and automation readiness.
The Port of Tilbury, operated by Forth Ports, is the largest of the Thames ports, housing 135 supply chain companies, supporting all cargo types and handling 16 million tonnes of cargo a year across 31 terminals. Its two connected locations target cargo operations support, connected workers, site monitoring, safety applications, asset visibility and future automation across live port environments serving the construction, automotive and food and drink sectors. Ford Dagenham, the largest manufacturing site in London, has produced more than 11 million vehicles and 50 million engines in its history; its deployment provides a scalable manufacturing connectivity layer for connected assets, robotics, vision-based applications and production intelligence.
Nokia DAC and MXIE Network Architecture
Nokia Enterprise Campus Edge is the exclusive hardware and software provider for the networks, which run on the Nokia Digital Automation Cloud (DAC) private wireless platform with Nokia MX Industrial Edge (MXIE) for on-site compute. Nokia also supplied the radio equipment through its mobile infrastructure division, according to RCR Wireless News. Each tenant network operates on an independent core, so operational data stays with the organisation that generates it, while Thames Freeport offers tenants a unified, industrial-grade platform for developing and scaling connected capabilities.
The original 2025 design called for around 80 private 5G radios across roughly 1,700 acres, with synchronised geo-redundant cores providing built-in failover. The networks were planned on the 3.8–4.2 GHz band designated for UK private enterprise use and built as 5G-only, without a legacy LTE layer. The companies have not published an updated radio count or a detailed breakdown of the final configuration, so these figures reflect the intended scale rather than the as-built network. Management of the infrastructure rests with Thames Freeport and its tenant shareholder organisations, keeping connectivity fit for each site’s requirements while safeguarding data and operational autonomy.
Connectivity Innovation Lab Trials and Phase Two Roadmap
Thames Freeport’s Connectivity Innovation Lab brings technology providers together with partner sites to test and validate use cases in maintenance and efficiency, tracking and monitoring, and health, safety and security. The first trials, completed or in progress, include AI vehicle damage detection that analyses images and video of vehicles and trailers, replacing a slow external inspection process and picking up damage that manual inspections had missed. A digital truck processing platform connects terminals, depots and drivers, automating communication between gate, yard and operations teams; its trial showed where queues build at gates when an incident slows access. Mission-critical field communications combine push-to-talk, video, location and emergency alerts, producing daily reports without manual input, while a digital container yard map in development shows full inventory with location, age and planned movements, including export cargo for specific vessels.
A second phase of trials will cover ports and logistics, with users identifying five areas for private 5G-driven solutions. These include digital twin and simulation tools to test arrival volumes, sequencing or layouts before committing to physical change, and proactive estate monitoring that applies AI video analysis to existing cameras and drones to detect potholes, fly-tipping, damaged signs, failed lights and cracked pavements, turning each detection into a facilities ticket. An operational decision-support layer using natural language processing would let shift managers ask plain-language questions about container stacking, truck routes and bottlenecks, receiving scenario-based recommendations instead of dashboards. Predictive maintenance using retrofitted sensors or electrical signal analysis, along with emissions, dust and air-quality monitoring for sustainability reporting, completes the roadmap.
Thames Freeport Investment and Regional Growth Programs
Thames Freeport is a designated UK Free Trade Zone established to boost economic growth, create high-value jobs and attract global investment as part of a long-term effort to revive the River Thames Estuary region. Since 2021, it has helped create more than 1,400 jobs and secured over £2.13 billion of private investment. A further 1,290 people are employed across its tax sites, with 2,548 additional jobs in the confirmed pipeline.
Under its long-term Growth Plan, the Freeport aims to attract up to £4.9 billion of additional investment, double the region’s trade capacity and support up to 28,000 jobs by 2045, with a strong focus on skills, training and opportunities for local communities. At the 2025 contract announcement, the stated goal was 5,000 jobs by 2030. The private 5G platform underpins that plan by carrying operational data, connecting people and machines across physically complex sites, and giving tenants a route to move innovations from controlled trials into daily operations, much as private networks are supporting large campus operations elsewhere.
Nokia ECE Sale to AURELIUS and Verizon’s Market Position
Nokia agreed in October 2026 to sell its Enterprise Campus Edge unit, which supplies the DAC and MXIE platforms, to private equity firm AURELIUS, with completion expected in the first half of 2027, as reported by RCR Wireless News. The Thames Freeport announcement is effectively the unit’s first major public reference since the sale process began, and the transaction remains subject to completion conditions. The project also extends a Verizon–Nokia relationship that began with Verizon’s earlier European private network contract at Associated British Ports in Southampton.
For Verizon, the completed deployment provides a substantial multisite European reference as it competes for industrial connectivity business. In March 2026, Verizon was named a Leader in the Gartner Magic Quadrant for 4G and 5G Private Mobile Network Services for the second consecutive year, based on Ability to Execute and Completeness of Vision. The same month, it received the highest Vendor Product Score in the 2026 Gartner Critical Capabilities for 4G and 5G Private Mobile Network Services report for use cases including PMN for Industrial Use Site (Dedicated/Stand-Alone), Multisite PMN and Campus PMN, categories that map directly onto the Thames Freeport model.
Operational Benefits of Private 5G for Ports and Manufacturing
Ports and large manufacturing sites combine wide outdoor areas, steel structures, moving cranes and vehicles, and constantly shifting container stacks, conditions that challenge Wi-Fi and make public mobile networks hard to rely on for operational systems. A dedicated private 5G network gives operators controlled coverage, predictable capacity and security under their own management. At Thames Freeport, independent cores add a further layer of control, allowing neighbouring tenants to share infrastructure and an innovation programme without pooling sensitive operational data.
The early trials illustrate where that connectivity pays off. Video-heavy applications such as AI damage detection and camera-based estate monitoring depend on reliable uplink capacity, while digital truck processing and container yard mapping need continuous, real-time location data across large sites. Edge compute through MXIE keeps vision and analytics workloads close to the cameras and machines they serve, supporting the low-latency decisions required for automation and future autonomous operations. Together, these capabilities let the Freeport move connected technology from controlled trials into daily port, logistics and production workflows.
Executive Perspectives on the Thames Freeport Deployment
“The implementation at Thames Freeport is a perfect reference point for the versatility and scalability of private 5G across complex industrial sites: One commercial hub, five individual sites with unique needs, and a multitude of connected use cases,” said Robb Juliano, Vice President of 5G Acceleration, Verizon Business. “Together with Thames Freeport, we’re creating a digital foundation for automation, physical AI, and future industrial growth to revitalize an entire economic region. Similar enterprises hosting multiple sites with complex and evolving needs — especially as physical AI redefines industrial operations — can lay the same private 5G foundation from which to build their own transformations.”
“This deployment gives our key sites a platform to innovate together while continuing to meet the realities of live industrial operations,” said Tom White, Innovation and Skills Director, Thames Freeport. “It strengthens Thames Freeport’s ability to help businesses test, adopt and scale new technologies and helps us attract investment, accelerate innovation, and create high-value jobs.”
At the 2025 launch, Thames Freeport CEO Martin Whiteley called the investment “not an incremental network upgrade – it’s the backbone of a technological transformation” (Verizon). Nokia’s David de Lancellotti, then VP of Enterprise Campus Edge Sales, described it as “one of the largest commercial private 5G rollouts in a European port” (Nokia). Explaining the 5G-only design, Verizon’s then SVP of 5G Acceleration Jennifer Artley said Thames Freeport “doesn’t want yesterday’s tech for tomorrow’s transformation” (PrivateLTEand5G.com), and later told Mobile World Live that “the goal is to go live in March, which will be a big milestone,” referring to March 2026.
| KEY INSIGHT: Thames Freeport shows that a shared private 5G platform can serve separate industrial tenants when each keeps its own core and data, a model other freeports and multi-operator industrial parks can follow. Delivery ran past Verizon’s March 2026 go-live target, reflecting the complexity of coordinating five sites with different operators alongside organisational change at both suppliers. With early trials already catching damage that manual checks missed, the next test is whether these pilots become repeatable deployments with a clear return for each tenant, while the Nokia ECE sale to AURELIUS makes the project a key reference for the unit’s next chapter. |
Related Reading
- Verizon and Nokia Deploy Private 5G Networks Across Thames Freeport’s Maritime and Manufacturing Hub
- Private 5G Network for Airports: Boldyn Deploys System at Ontario International Across 1,700 Acres
- Private 5G Network for Solar Farms: U Mobile and HLGY Energy MoU Targets AI-Driven Operations in Malaysia
- Private 5G Network for Military: Teltronic Deploys Rapid System at Spain’s Atlas26 Exercise
- Private 5G Network Empowers Agriculture Research at Colegio de Postgraduados in Mexico
Frequently Asked Questions
Q1: What is the Thames Freeport private 5G deployment?
It is a multisite private 5G platform delivered by Verizon Business with Nokia across five tenant sites in the Thames Freeport, one of the UK’s busiest maritime shipping hubs. Each tenant network runs on an independent core for full data sovereignty.
Q2: Which sites are connected to the network?
The network covers DP World London Gateway, DP World Logistics Park, Ford Dagenham and two Port of Tilbury locations, spanning container port, logistics and automotive manufacturing operations.
Q3: What technology does the deployment use?
Nokia Enterprise Campus Edge is the exclusive hardware and software provider, using the Nokia Digital Automation Cloud (DAC) platform and Nokia MX Industrial Edge (MXIE). The original design specified a 5G-only network on the 3.8–4.2 GHz band.
Q4: What use cases have been trialled so far?
The first trials covered AI vehicle damage detection, digital truck processing, mission-critical field communications and a digital container yard map, which is still in progress. A second phase will explore digital twins, estate monitoring, NLP-based decision support, predictive maintenance and environmental monitoring.
Q5: How long did the deployment take?
The contract was announced in June 2025 and completion was announced in November 2026, nearly 17 months later. Verizon had earlier targeted a March 2026 go-live.
Q6: What economic goals does the network support?
Thames Freeport has secured over £2.13 billion of private investment since 2021 and aims to attract up to £4.9 billion more, double regional trade capacity and support up to 28,000 jobs by 2045.
