The World Is Building AI Infrastructure at Breakneck Speed. Insurance Has to Catch Up.

Drive past the right stretch of highway in Northern Virginia, or Johor, Malaysia, or the outskirts of Marseille, France. You’ll see it. Mile after mile of windowless concrete buildings sit behind chain-link fencing, humming with industrial cooling fans. There’s no signage and no storefronts, just steel, steam, and enough electrical capacity to power a mid-sized city.

This is what the AI revolution actually looks like from the outside. It’s not a chatbot or a sleek app icon. Instead, it’s a construction site the size of a small town, and the price tag can top $20 billion for a single campus.

Most people picture artificial intelligence as something that lives entirely in the cloud: weightless, invisible, and abstract. In reality, though, the infrastructure behind it is anything but. Steel and concrete hold it up. Meanwhile, diesel generators and battery arrays power it, and cooling towers, transformers, and thousands of miles of fiber keep it running. As a result, it’s quickly becoming one of the most complex, fastest-growing risk categories in commercial insurance.

Allianz Commercial just released a report called “The data center construction boom: risks and claims trends.” According to that report, global investment in data centers is on pace to double, from roughly $500 billion in 2024 to more than $1 trillion by 2027. Because of that growth, insurers now have to protect an enormous amount of value, and the risks involved go far beyond anything a standard commercial property policy was built to handle.

So, here’s what business owners, developers, and everyday stakeholders need to know about the industry quietly rewiring the physical world to run the digital one.

🏢 Massive Property Values, Concentrated in One Place

A single hyperscale data center campus can hold billions of dollars in insured value on one piece of land. On top of that, add high-performance computing equipment, the servers, chips, and cooling systems that make AI workloads possible, and insured values climb even higher once the facility goes live.

That concentration of value tells the whole story. In other words, insurers no longer just underwrite a building. Instead, they underwrite an entire ecosystem packed into a few square miles.

• Global data center insurance premiums are projected to more than double, from roughly $11 billion today to over $24 billion by 2030
• The US and China together are expected to account for more than 60% of new global data center capacity through 2030
• Markets like Spain, Finland, Denmark, and Malaysia are seeing outsized growth as developers chase available power and friendlier permitting

For business owners, the takeaway is simple. When this much value sits in one location, a single bad event, whether a fire, a storm, or a construction accident, can produce a loss large enough to reshape an entire portfolio.

🏗️ Construction Risk: Building Fast, Building Complicated

Data centers aren’t just big. In fact, builders are racing to put them up faster than the construction industry can staff for. The US alone is short an estimated 439,000 skilled construction workers, and soon, hundreds of thousands more workers will be needed just to keep projects on schedule.

That labor crunch matters because data center construction leaves almost no room for error. After all, these multi-year, multi-billion-dollar builds involve specialized contractors, custom electrical systems, and equipment that can take months to replace if damaged. What’s more, delays aren’t just inconvenient. Every month of downtime costs real money for the tenants waiting to move in.

• Hot works, such as welding, cutting, and soldering, during construction is a leading cause of fire-related claims
• Faulty workmanship and rushed timelines increase exposure to costly rework
• Project-specific, specialized insurance policies are becoming standard rather than optional, given how unique and extensive these builds are

⚡ Power Dependency: The Single Point of Failure

At its core, a data center turns electricity into computing power, then gets rid of the heat that process creates. Every part of that process, therefore, depends on a steady, uninterrupted supply of power.

Because of that dependency, a growing competitive and insurance issue has emerged. Specifically, access to electricity and grid connections now ranks among the biggest constraints on where developers can even build, right alongside permitting and skilled labor.

• A delay in start-up caused by power disturbances at one hyperscale facility resulted in losses in the $50 to $100 million range
• Backup systems, including generators, battery storage, and on-site power, introduce their own equipment and fire risks
• Power failure ranks among the leading causes of claims severity in the sector

🔥❄️ Fire Suppression and Cooling Systems: Two Sides of the Same Coin

Here’s a fact that surprises most people outside the industry. Fire drives the single largest share of loss severity in data center claims, accounting for well over half of roughly $800 million in recorded industry losses. Meanwhile, water damage, often tied to cooling system failures, causes claims more often than anything else.

Once you think about it, this makes sense. These buildings pack enormous amounts of electrical equipment into a small footprint, so someone has to manage the tremendous heat that creates around the clock. Consequently, the systems that manage that heat, and the systems that suppress fire when something goes wrong, rank among the most critical, and most claim-prone, pieces of the entire facility.

• Damage to external cooling systems at one hyperscale facility resulted in losses between $50 and $100 million
• Fire suppression systems must be engineered specifically for high-density server environments, not adapted from generic commercial buildings
• Cooling failures can cascade quickly, triggering both property damage and extended downtime

💻 Equipment Breakdown: When the Machines Themselves Are the Risk

The servers, switches, and cooling infrastructure inside a data center aren’t incidental. In fact, they often outvalue the building around them. Because of that, equipment breakdown consistently ranks among the leading causes of claims by frequency, and the specialized, high-performance nature of AI computing hardware makes replacement slow and expensive.

• Custom chips and specialized cooling hardware can have long lead times if damaged or destroyed
• A breakdown in one interconnected system can trigger a chain reaction across others
• Equipment values inside a facility can rival or exceed the value of the structure itself

⏱️ Business Interruption: The Real Cost of Downtime

One theme runs through every claims trend in this sector. Namely, the building matters less than what happens when it stops working. As a result, business interruption drives the single biggest share of claims severity by line of insurance in the data center space, and it often outweighs the physical damage itself.

A modern data center, after all, doesn’t just house servers. It houses the operations of every company that depends on it. So, a few hours of downtime at a major facility can ripple outward into missed transactions, halted cloud services, and interrupted AI workloads for businesses that never even knew the facility existed.

• Downtime losses can dwarf the cost of repairing physical damage
• Tenants and hyperscale operators increasingly require contingent business interruption coverage for their supply chains
• Recovery timelines for specialized equipment can extend downtime well beyond what a typical commercial claim would involve

🔒 Cyber: The Threat You Can’t See Coming

Data centers are physical buildings, but they store and process almost entirely digital information. Consequently, that makes them a prime target for cyberattacks, sabotage, and willful acts. Indeed, industry analysis places willful acts, which include crime and cyber incidents, among the top causes of both claims frequency and severity in this sector.

• A single cyber incident can affect every tenant housed in a shared facility simultaneously
• Roughly half of companies surveyed view a global internet outage or supply chain paralysis as one of the most plausible black swan events of the next five years
• Property and cyber coverage increasingly need to work together, since a cyber event can trigger physical consequences and vice versa

🚚 Supply-Chain Interruption: The Chips Behind the Curtain

Developers can line up the land, the permits, and the labor. Even so, construction stalls and operations stay offline without the right semiconductors, transformers, and cooling equipment. That’s because AI infrastructure relies on specialized supply chains that stay tight under pressure, and a disruption anywhere in that chain can delay a multi-billion-dollar project by months.

• Specialized computing chips and cooling equipment often have limited manufacturers and long lead times
• Global supply chain paralysis is viewed as one of the most plausible major disruption scenarios by business leaders
• Delays compound quickly, and a stalled shipment can push back an entire facility’s opening timeline

⚖️ Contractors’ Liability: Who’s on the Hook When Something Goes Wrong

Electrical, mechanical, structural, and technology teams often work the same site at the same time. As a result, that overlap makes liability questions complicated fast. After all, a hyperscale facility brings together multiple tenants, ongoing construction, and live operations in one physical space, so a single incident can trigger claims across property, liability, business interruption, and cyber lines all at once.

• Clear contractual risk transfer and liability provisions are essential before ground is even broken
• Multiple contractors working simultaneously increases the complexity of determining fault after an incident
• Comprehensive insurance coverage has become a prerequisite for financing many large-scale AI infrastructure projects, not just a formality

🌎 Environmental Exposures: Building in Harm’s Way

Perhaps the most underappreciated risk in the data center boom is where these facilities actually get built. Currently, nearly 80% of global data center capacity already sits in areas exposed to heightened natural catastrophe risk, and more than half faces chronic heat and drought stress.

• In the Americas, acute flood, wildfire, and wind exposure affects roughly 86% of data center capacity
• In Asia Pacific, chronic heat and drought stress affects roughly 89% of capacity
• Climate-driven risk could reduce the discounted value of the global data center base by hundreds of billions of dollars if adaptation measures aren’t taken
• Fast-growing AI hubs like Northern Virginia, Johor, and Marseille rank among both the most in-demand and most climate-exposed markets in the world

Because of all this, climate-aware site selection isn’t just a sustainability talking point anymore. Instead, it’s becoming a financial underwriting requirement.

🤖 AI May Be Virtual. The Infrastructure Isn’t.

Many people picture artificial intelligence as something weightless: a piece of software, a conversation on a screen, a tool that lives somewhere in the cloud. In reality, though, a building full of steel, concrete, electricity, and water ultimately powers every AI query, every generated image, and every automated decision. That building, in turn, sits on a real piece of land, exposed to real risk.

That’s the paradox at the center of this boom. The more virtual AI becomes in our daily lives, the more physical its foundation has to be. And physical things break: they flood, they catch fire, they lose power, they get sued, and they get hacked.

Business owners, developers, investors, and communities are watching this construction boom reshape their skylines. So, the message from the insurance industry rings clear. Comprehensive, specialized coverage isn’t a nice-to-have anymore. Instead, it’s becoming the price of admission to build, finance, and operate in the AI economy at all.

Ultimately, the world is racing to build the infrastructure of tomorrow, and insurance has to move just as fast to protect it.

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Sources: Allianz Commercial, “The data center construction boom: risks and claims trends” (August 2026); Allianz Commercial press release, August 12, 2026.

Have questions about how this shift in commercial risk could affect your business, your investment, or your community? PolicyAdvantage.com is here to help you make sense of it.