When you think of companies that have innovative supply chains, retailers like Amazon and Walmart or consumer packaged-goods companies like Procter & Gamble and Unilever typically spring to mind—not a nearly 200-year-old industrial company with its roots in a French iron foundry.
Yet Schneider Electric is making a big push on the supply chain innovation front. The energy tech powerhouse has been working steadily to transform its supply chain delivery platform, which was originally designed around efficiency and standardization, into one that better accommodates individual customers’ needs. That’s no small task. As a provider of energy solutions for homes, businesses, data centers, infrastructure, and grids around the world, the company serves a customer base that is both large and diverse.
The point person for that transformation initiative is Stuart Whiting, Schneider Electric’s senior vice president of global supply chain logistics, planning, and services. Whiting and his team are working to build a hyperconnected supply chain, one that leverage digital tools—think control towers, AI (artificial intelligence)-enabled planning, and end-to-end visibility systems—to better anticipate the needs of different customer segments and respond quickly when those needs change. “Customers [today] need faster deployment and more tailored service models than ever before,” Whiting explains. “That means our supply chain can’t simply be global; it has to be intelligent.”
A British national, Whiting is a Fellow of the Chartered Institute of Logistics and Transport and holds a global master of science degree in logistics and supply chain management from Cranfield University’s School of Management. He was a keynote speaker at the Council of Supply Chain Management Professionals’ (CSCMP) recent EDGE conference in Tennessee. In advance of the conference, he spoke with Diane Rand, associate editor of DC Velocity and managing editor of DCV’s sister publication, Supply Chain Xchange, about the challenges of managing a diverse supply chain in the midst of geopolitical turmoil, technological change, and the need to be environmentally responsible.
Q: What is the scope of Schneider Electric’s global supply chain? How many factories and distribution centers (DCs) do you have globally, and how many countries do you operate in?
A: Schneider Electric operates one of the world’s largest industrial supply chains, with more than 164 factories and 85 distribution centers serving customers in over 100 countries. But the scale is only part of the story. Our real challenge is orchestrating that network in a way that remains responsive, resilient, and sustainable while supporting the accelerating energy transition.
As an energy technology company, we’re operating in an environment where demand is being reshaped by electrification, industrial digitalization, artificial intelligence (AI)-enabled infrastructure, and the rapid growth of data centers. Customers need faster deployment, greater predictability, and more tailored service models than ever before. That means our supply chain can’t simply be global; it has to be intelligent.
What we’ve built is a connected ecosystem that combines manufacturing, logistics, planning, and service operations into a single operating model. Increasingly, we’re moving from traditional supply chain management toward what I would call supply chain orchestration. Through digital control towers, AI-enabled planning, and end-to-end visibility, we’re able to sense changes in demand, anticipate disruptions, and make coordinated decisions across the network much faster than before.
Ultimately, our objective is not simply to move products efficiently. It’s to deliver energy technology solutions to customers safely, reliably, sustainably, and at the speed their businesses require.
Q: How is the company handling all the global changes and disruptions this year? Have you had to make significant adjustments in logistics and planning as a result of the turmoil?
A: The reality is that disruption is no longer a temporary condition. Geopolitical tensions, trade policy shifts, tariffs, regional conflicts, changing demand patterns, and supply constraints have become part of the operating environment. The companies that continue to treat disruption as an exception will struggle. We design for it.
One of the most important lessons we’ve learned is that resilience comes from visibility and agility. Over the last several years, we’ve invested heavily in digital control towers, advanced planning systems, AI-driven analytics, and digital-twin capabilities that allow us to simulate scenarios before making decisions. Instead of reacting after a disruption occurs, we’re increasingly able to sense, detect, and predict disruptions and prescribe actions ahead of time.
We’ve also worked hard to create what I call an “any-to-any” network capability. That means building regional strength while maintaining enough flexibility to redirect flows, rebalance inventory, adjust sourcing, and reroute logistics when conditions change. In today’s environment, resilience isn’t simply about having a backup plan. It’s about having a network that continuously adapts.
What’s changed versus five years ago is the speed of decision-making. Our control towers act as a single source of truth across logistics and transportation operations, and by 2025, we were automatically supporting 93% of customer requests. That allows our teams to focus less on data gathering and more on execution.
Q: Could you tell us about the initiative to redesign and transform Schneider’s delivery platform?
A: This transformation has probably been one of the defining shifts in my organization over the last several years. Historically, many supply chains, including ours, were designed around efficiency and standardization. The logic was simple: create one operating model and scale it globally.
The challenge is that customers no longer operate the same way. A hyperscale data center customer has very different expectations from an industrial manufacturer or an infrastructure project customer. They require different delivery speeds, different service levels, different planning horizons, and different forms of collaboration.
Our response has been to transform the delivery platform from a “one-size-fits-all” model into a customer-aligned ecosystem that is capable of sensing, predicting, and responding to customer requirements in real time.
The [premise] is simple: Customers shouldn’t have to adapt to our supply chain. Our supply chain should adapt to them.
Q: There’s been a lot of talk around AI. What are some lessons you’ve learned from Schneider’s supply chain digitalization journey?
A: The first lesson is that AI doesn’t solve process problems. If your data is fragmented, ownership is unclear, and your teams don’t trust the outputs, AI will simply accelerate existing problems. In our experience, the biggest barriers have often been organizational rather than technical.
The second lesson is to start with outcomes rather than technology. Too many organizations focus on building sophisticated models. We focus on improving decisions. Where AI has delivered the greatest value for us is in forecasting, inventory optimization, logistics orchestration, anomaly detection, and exception management because these are areas where thousands of decisions are made every day.
At Schneider Electric, that journey has evolved into what we call an autonomous supply chain. Through machine learning, internet of things (IoT), predictive analytics, digital twins, touchless scheduling, and end-to-end control towers, we’ve moved from manual planning toward increasingly automated and prescriptive execution. The results include significant inventory reductions, improved yields, and over 100 million euros ($116 million) in generated value.
But perhaps the most important lesson is that AI works best as an amplifier of human intelligence, not a replacement for it. Humans remain accountable for trade-offs, strategy, ethics, and customer outcomes. AI provides the speed, pattern recognition, and scale. The future belongs to organizations that combine the strengths of both.
Q: What is your company doing to prepare the next generation of supply chain leaders for the future?
A: Technology is important, but culture is still the biggest differentiator.
One message I consistently share with my teams is that our greatest opportunity is not another technology platform. It’s building a culture that embraces digitalization, data, collaboration, and end-to-end thinking. We need people who trust data, trust systems, and are comfortable making decisions in a much faster and more connected environment.
The next generation of supply chain leaders will operate very differently from previous generations. They will need to understand analytics, AI, automation, sustainability, customer experience, and business strategy alongside traditional logistics and planning expertise. We are investing heavily in digital skills, AI adoption, cross-functional collaboration, and new ways of working that encourage people to move beyond functional silos.
One of the changes we’re already seeing is a shift from periodic reporting to continuous management [an ongoing workplace process that replaces yearly performance reviews with regular, real-time feedback and coaching]. Teams are increasingly working from real-time alerts, focusing on exceptions, collaborating across functions, and making decisions closer to the point of execution. Those capabilities are developing a new generation of leaders who are more agile, data-driven, and customer-focused.
Ultimately, leadership in the future won’t be defined by who has the most information. It will be defined by who can turn information into action with immediacy while bringing people along on the journey.
Q: Sustainability is top of mind for many companies. Could you tell us a little bit about the carbon-neutral logistics hub Schneider recently opened in Singapore?
A: The carbon-neutral logistics hub we opened in Tuas, Singapore, is a good example of how we think about sustainability today. We don’t see sustainability as a separate initiative. We see it as part of how a modern supply chain should operate.
The facility was designed to support both operational performance and environmental responsibility. That’s important because there is often a misconception that sustainability and efficiency compete with one another. Our experience has been the opposite. The most sustainable supply chains are often the most resilient and efficient because they eliminate waste, improve resource utilization, and encourage smarter decision-making.
The Tuas hub sits within a much broader sustainability transformation across Schneider Electric’s global supply chain. Through initiatives such as [our] Zero Carbon Project, we’ve worked closely with suppliers to accelerate decarbonization across the value chain, achieving a 56% reduction in CO**subscript{₂} operational emissions among our top 1,000 suppliers. Across our operations, we now have 195 sites that meet our “Zero-CO**subscript{₂}” criteria as well as 176 “Waste-to-Resource” sites [facilities that transform discarded materials into useful products, raw materials, or energy].
What excites me most is that sustainability is becoming a source of competitive advantage. When you combine digitalization, AI, operational excellence, and sustainability, you’re not simply reducing emissions. You’re building a supply chain that is faster, more resilient, more efficient, and ultimately better for customers. That is the future we’re working toward.
