Pause the AI Hype, Let's Talk About the Weather

I was recently in London during London Climate Action Week 2026. I was there for a Gartner event that ended up being canceled due to the U.K. Met Office Red Warning for extreme heat. Ironically, a London Climate Action Week session at the London School of Economics focused on governing extreme heat was canceled for the same reason.

While we look intently toward the digital horizon, a much older, louder disruptor is already scorching our supply chains. 

The harsh truth is that extreme heat events are becoming more disruptive and frequent, while much of our infrastructure was designed for very different operating conditions. Global supply chains are simply not adapting fast enough to the shift.

Across Europe, record-breaking summer heat waves are driving average daily highs past 40°C (104°F). This isn't a distant, abstract scenario modeled for 2040. We are living it right now. 

More importantly, it is a human crisis that directly impacts operations. When extreme heat strikes, it instantly impacts people's daily lives and cascades rapidly. Schools close, increasing workforce absenteeism. Distribution centers can experience productivity losses and safety concerns. Transportation networks slow or fail. Utility systems face peak-demand stress. What begins as a weather event quickly becomes a supply chain event.

“Extreme events are so far outside anything we have expected,” said Friederike Otto, an Imperial College London climate scientist and co-founder of World Weather Attribution. “It’s not so important whether it’s what we expected as experts. It’s whether it’s what we expect as people on the ground.”

This is not a problem that can be kicked down the road. It requires immediate, strategic adaptation.

So, how do we begin?

First, ground your climate risk mitigation in strategic value, not fear. Resist the urge to harden the entire network. Start with the products, customers, and regions that matter most to enterprise performance. Map physical climate exposures against these highest-consequence intersections. Second, design three integrated operational capabilities: Resilience, Visibility, and Agility.

• Resilience means building structural redundancy where it matters most. Diversifying your manufacturing network and avoiding over-consolidation of critical sources are examples.
• Visibility means calibrating risk alerts to your specific risk appetite, so your frontline staff isn't overwhelmed by data noise and alert fatigue.
• Agility means creating pre-positioned decision frameworks and simplified processes, so operational teams can execute disruption responses immediately without fear of leadership blowback if they make a wrong call.

Ultimately, CSCOs must move beyond mere asset protection to transformative adaptation. This means embedding climate risk mitigation directly into your continuous supply chain strategy, product redesign, and network architecture.

AI may shape the future of supply chain intelligence, but climate adaptation will determine how functional those supply chains will remain. Let's stop obsessing over what autonomous networks will look like in 2030 and build a climate-resilient supply chain that can withstand tomorrow's weather.