Verizon has launched Project 624, an initiative that utilizes Google’s Gemini models alongside human agents to enhance customer service. In a significant development, they are now collaborating with Nokia. The two companies are set to work together closely on multiple projects in the near future.
Recent reports have revealed that Verizon and Nokia have secured a contract in the UK to develop several private 5G networks at Thames Freeport. This economic zone covers over 1,700 acres and offers various incentives designed to stimulate trade and facilitate business growth. The project is expected to create more than 20,000 jobs and includes one of Europe’s largest automated ports along with Ford’s last remaining manufacturing site in the UK.
The private networks will provide exclusive, high-speed connectivity tailored for industrial use, allowing for advancements in AI, automation, and real-time data processing. Unlike public 5G networks — which can face congestion during peak hours — private 5G networks will ensure dedicated, reliable connections for businesses, making them ideal for large-scale industrial operations that depend on efficient use of technology. While financial details have not been disclosed, this project is considered part of a larger multibillion-dollar transformation aimed at revitalizing the Thames Freeport area.
The new systems will serve major operations like DP World London Gateway and the Port of Tilbury, which handle millions of containers annually, as well as Ford’s Dagenham facility. Nokia will be the sole technology provider for this ambitious project. As for the future, Nokia is already preparing for the rollout of 6G.
Despite 5G just starting to gain traction, Nokia has announced plans for commercial 6G services expected to launch by late 2029, with formal standards to be finalized in that year. The transition to 6G promises significant advancements, including enhanced AI, improved battery life for devices, and dynamic spectrum sharing with existing 5G networks, allowing both to function simultaneously without interference.