Half of Planned US Data Centers “Highly Exposed” To Natural Disaster, $800bn in Investments at Risk - Report

Why It Matters

The concentration of billions in digital infrastructure within hazard‑prone regions threatens massive financial losses and creates a pressing demand for tailored insurance solutions, reshaping risk strategies across the tech and insurance sectors.

Key Takeaways

• 56% of US data center projects sit in high‑risk disaster zones
• Nearly $800 billion of planned infrastructure is highly exposed
• Severe convective storms caused $52 billion in US losses last year
• 21% face high hurricane risk; 3% face earthquake risk
• Insurers see growth opportunity but must develop specialized coverage

Pulse Analysis

The United States is experiencing an unprecedented surge in data center construction, driven by the explosion of artificial intelligence workloads and cloud demand. Developers are increasingly targeting the Sun Belt and other southern states for cheaper land and power, yet this geographic shift places a majority of new facilities in the path of severe convective storms, hurricanes, and winter events. MS Amlin’s recent study of over 670 projects reveals that more than half of the planned capacity sits in regions where natural disasters are statistically likely, putting an estimated $800 billion of capital at risk. This exposure not only threatens the continuity of critical digital services but also amplifies the potential for large‑scale insurance claims.

Traditional property and cyber policies are proving insufficient for the unique risk profile of modern data centers, which combine high‑value equipment, extensive power infrastructure, and complex supply‑chain dependencies. As a result, insurers are scrambling to craft bespoke coverage that addresses both physical damage from storms and the cascading cyber‑security implications of a disrupted facility. Concentration risk—where multiple high‑value assets are co‑located—further complicates underwriting, prompting carriers to reassess exposure limits and reinsurance structures. The specialty insurance market stands to gain a sizable new revenue stream, provided it can innovate faster than the construction pace.

For operators, the findings underscore the importance of integrating climate resilience into site selection, design, and operational planning. Investing in hardened structures, redundant power pathways, and advanced early‑warning systems can mitigate loss severity and lower insurance premiums. Meanwhile, policymakers may consider incentivizing development in lower‑risk zones or mandating stricter building codes to protect critical digital infrastructure. Ultimately, balancing rapid expansion with robust risk management will be essential to safeguard the $800 billion data center pipeline and ensure uninterrupted digital services.