Edge Computing: The Catalyst Driving Industry 4.0 Forward

Nigel Moulton of Dell Technologies

Since the German government introduced the term “Industry 4.0” in 2011, businesses worldwide have been navigating a complex transformation. By 2025 the World Economic Forum projects the sector to generate a value of £2.7 trillion (€2.9 trillion). This projection is highlighted in a recent report by Nigel Moulton, Global CTO of Dell Technologies.

Cloud and the Internet of Things (IoT) have already reshaped manufacturing, boosting automation and generating vast data streams. The next evolution harnesses artificial intelligence and machine learning to deliver real‑time analysis and predictive insights.

Near‑real‑time insight

Edge computing—processing data at the network’s periphery—cuts the distance data must travel, slashing latency and cost. This proximity unlocks near‑real‑time visibility that is essential for modern manufacturing.

For plants of every scale, that visibility can overhaul production lines. In an era where consumers demand rapid delivery, companies must respond with unprecedented efficiency.

Looking ahead, anticipatory production will become the norm. Manufacturers will forecast demand, anticipate shifts, and allocate resources proactively. A Dell Technologies survey found that over 75% of global business leaders expect to achieve this capability within the next five years.

By integrating IoT devices into a cohesive network and coupling them with machine learning and real‑time analytics, edge computing gathers, analyzes, and applies data at speed. This immediacy powers predictive maintenance, real‑time quality control, and identifies opportunities for automation.

OTTO Motors demonstrates this with autonomous, self‑driving robots designed for material handling in factories, warehouses, and distribution centres. Edge computing supplies the data required for the robots to map their surroundings and manage the vast volumes of information they generate.

Widely accessible

What’s especially compelling is how accessible edge technology has become. Previously a privilege of large multinationals, it is now within reach of mid‑sized enterprises like OTTO Motors, which offers its innovations to businesses of all sizes.

By freeing human workers from repetitive tasks, edge computing boosts overall productivity and empowers teams to focus on high‑value activities.

The same democratization has accelerated 3D printing adoption. Small‑batch prototyping and production are now viable for any scale of operation. The 3D printing market is projected to exceed US$20 billion (€17 billion) by 2025, reshaping the manufacturing landscape for all players.

Urgent demand

The recent surge in demand for specific products has tested manufacturing agility. Open‑source software and data sharing via edge computing have been instrumental in achieving the agility and innovation required.

Collaborative ecosystems—sharing prototype tools, processes, and services—have given rise to a “cottage industry” of high‑demand products. New entrants can rapidly and cost‑effectively produce and sell to a global market.

While these low‑cost, agile approaches challenge traditional industry leaders, they also serve as a catalyst, encouraging widespread adoption across the sector, from small start‑ups to industry giants.

The author is Nigel Moulton, global chief technology officer, Dell Technologies.

About the Author

Nigel Moulton is the global CTO for the Modern Data Centre Business Unit at Dell Technologies, steering strategy for cloud, convergence, hyperconvergence, and data centre technologies. With over 25 years of experience in IT and telecommunications, he is a respected authority on IoT, AI, and cloud. Nigel is a frequent keynote speaker across Europe, the Middle East, and Africa (EMEA) and engages with the press and analyst community. He also co‑runs a mentoring program that develops talent for senior roles within the company. Nigel earned a degree in Electrical and Electronic Engineering from Thames Valley University.