Verizon Business: Predictions for Manufacturing in 2025

Following Manufacturing Digital's visit to Verizon Business's London Innovation Hub, we got the opportunity to sit down with Jason Plent, Senior Partner for 5G Acceleration at the company to discuss the growth of 5G in manufacturing. 

We'll be discussing his forward-thinking insights on the topic in more depth-soon, but the discussion alone got us thinking in a more broad sense about the future of manufacturing.

So much change is on the horizon in 2025, with technology providing ample opportunities for manufacturers to improve, advance and achieve greater than before. 

Jason agrees, sharing his top ten predictions for manufacturing next year with us, predictions that center on the power of Industry 4.0. 

1. AI set to revolutionise OT/IT convergence & logistics

Jason argues that AI will revolutionise UK and European manufacturing and logistics, boosting efficiency and competitiveness, by merging OT with IT and leveraging real-time data for new levels of operational excellence.

"UK and European manufacturing will transform by integrating automation and AI, boosting competitiveness," he says.

"Historically slow to adopt new tech, manufacturers will now invest heavily in merging Operational Technology (OT) with Information Technology (IT).

"Wireless systems and edge servers will secure and process data in real time, essential for effective automation planning."

Jason goes on to add that logistics will also embrace these technologies, with data becoming crucial due to high volumes and low margins.

"Automation will enhance speed and margins, while AI will optimise order management, truck guidance, and scheduling," he explains.

"This will enable every supply chain stage to be meticulously planned for efficiency.The convergence of automation and AI will streamline operations, creating a resilient and responsive landscape.

"By harnessing data, automation, and AI, manufacturing and logistics sectors will achieve new levels of efficiency and competitiveness, driving sustained growth in a rapidly evolving market."

2. 5G will make sustainability targets reachable

Jason also believes that advanced communication networks and Private 5G technology will help manufacturers achieve sustainability goals by optimising energy use and integrating renewables.

"Manufacturing will leverage advanced communication networks to achieve sustainability goals," he says. 

"These networks will not only enhance efficiency and speed but also reduce waste and optimise energy use.

"By monitoring and improving energy consumption across high-demand assets, manufacturers can significantly reduce their carbon footprint. Avoiding unnecessary energy use, such as machines left on standby, will be a critical strategy."

He believes that the growing demand for energy to power advanced AI technology necessitates a shift towards renewable energy sources.

"Enterprises, especially manufacturers with available space, can integrate renewables like solar panels to supplement their energy needs and decrease dependence on traditional sources," he suggests.

"Additionally, robust communication networks will be crucial for effectively managing the storage and distribution of renewable energy, ensuring a consistent and sustainable power supply."

Jason asserts the adoption of Private 5G technology will further support these efforts by providing real-time data and insights.

"This will enable manufacturers to make informed decisions about energy use and sustainability practices," he adds.

"Embracing these technologies will help the manufacturing sector not only meet sustainability objectives, but also enhance operational efficiency and resilience."

3. Supply chain disruptions & opportunities will be tackled with tech

Jason's third prediction is that manufacturers will tackle supply chain disruptions by integrating AI and emerging technologies, enhancing sustainability through re-shoring and near-shoring, and leveraging advanced tech in free zones for efficient operations.

"In 2025, manufacturers will continue tackling supply chain disruptions by integrating AI and emerging technologies," he predicts.

"Re-shoring and near-shoring will become prominent strategies, enhancing sustainability and boosting local economies.

"By bringing production closer to home, manufacturers will reduce dependency on distant suppliers and create opportunities for local reinvestment."

Jason notes that for unavoidable international supply chains, qualifying manufacturers may shift operations to free zones, including the new UK Freeports.

These zones will benefit from significant investments in advanced technologies, enabling efficient and smooth operations.

"Blockchain and other tracking technologies will be pivotal in maintaining transparency and security in the movement of goods across borders," Jason says, emphasizing that AI will also play a critical role in optimising supply chain processes.

"By analysing data and calculating the most effective turnaround techniques, AI will help manufacturers improve margins and capture new market share," he continues.

"This integration of AI and technology will help to create a resilient supply chain capable of adapting to disruptions and maintaining operational continuity."

4. Industry 4.0 will truly revolutionise manufacturing

Finally, Jason argues that IoT, AI, and digital tools will revolutionise manufacturing by enhancing production processes, boosting workforce efficiency, and providing increased supply chain visibility

"The manufacturing sector will harness IoT, AI, and digital tools to revolutionise production processes and workforce efficiency," he says.

"Historically, the adoption of IoT faced challenges due to complex and proprietary protocols. However, the advent of carrier-grade private 5G will overcome these barriers, enabling seamless data collection from multiple sources.

"This data will be crucial for refining production, reducing waste, and streamlining processes."

Jason highlights AI once more, arguing it will will play a pivotal role in enhancing workforce productivity and safety.

"By analysing real-time data, AI systems will optimise workflows, predict maintenance needs, and promote safe working conditions," he explains.

"This will not only boost efficiency but also help to create a safer and more productive work environment."

Jason also calls the enhanced supply chain visibility Industry 4.0 can enable a "game changer" arguing the detailed tracking and visibility it enables will enhance production flexibility.

"This visibility will support just-in-time manufacturing, so that production is not only timely but also cost-effective," he concludes.

"The integration of these technologies will lead to a more agile, efficient, and resilient manufacturing sector." 

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