Specialized programs for every phase of the data center lifecycle.
HUB's data center specialists structure coverage programs that reflect the operational realities of each lifecycle phase — not generic policies adapted after the fact. From pre-construction through decommissioning, our team brings carrier relationships, technical knowledge and coordinated placement strategies to address the full scope of data center risk.
Comprehensive data center property insurance and casualty coverage built for the scale and complexity of data center operations, including builder's risk, property, data center business interruption, equipment breakdown, contingent business interruption, service interruption, delay in startup, general liability and workers' compensation.
Coverage for the financial and operational exposures unique to data center owners, operators and developers, including data center cyber insurance (covering both traditional cyber liability and cyber-physical damage to infrastructure), coverage for AI infrastructure and high-density compute environments, D&O, management professional liability, E&O, environmental impairment liability, on-site power generation, commercial surety and parametric catastrophe solutions.
Specialized coverage for every stage of data center development, including builder's risk with CAT sublimits, testing and commissioning coverage, equipment breakdown during installation, soft cost extensions, cargo and marine, contractor pollution and professional liability, and wrap-up programs (OCIP/CCIP) for complex multi-phase projects.
Proactive risk management and claims support throughout the data center lifecycle, including business continuity planning, complex business interruption claims management, post-loss asset reconstruction, catastrophe modeling, contractor performance assessment and loss prevention consulting. Our claims team is available when incidents happen on active builds, with specialists who can advise on coverage in real time.
Proprietary analytics and data platforms supporting contractor risk modeling, operational risk analytics, portfolio benchmarking, cost-of-risk modeling, live catastrophe monitoring and schedule of values optimization.
Your program should be as sophisticated as what you’re building.
Whether you're developing a multi-billion-dollar campus, managing a live co-location facility or navigating the critical transition from construction to operations, the right insurance program is an essential part of keeping your project on schedule and your facility running. HUB's data center specialists bring the lifecycle expertise, carrier relationships and technical knowledge to structure programs that fit the complexity of what you're building.
Data Center Insurance & Risk Management FAQ
In many cases the same core policy forms still apply, but they need customized endorsements and more robust sublimits to address data center-specific exposures. Without that tailoring, a policy built for a typical office or industrial facility will routinely leave coverage gaps that only become apparent after a loss.
Construction phase risks include builder's risk exposures that often exceed standard market capacity, highly accelerated project schedules that compress every coverage decision, contractor performance and completion risk, equipment breakdown during installation and pre-acceptance testing, and catastrophe exposure in geographies increasingly chosen for data center development. The involvement of complex MEP systems — and the contractors who install them — also introduces specialized bonding and professional liability considerations not present on conventional builds.
The 90-day window around substantial completion is one of the highest-risk periods in a data center's life. Builder's risk policies terminate, and operational property programs need to be structured, submitted and bound before the facility goes live. Without careful coordination between construction and property teams, coverage gaps can open during commissioning and testing — precisely when new systems are most vulnerable. A well-managed transition begins before substantial completion, with overlapping teams conducting gap analysis and aligning stakeholders across owners, lenders and investors.
It depends on the facility type. For co-location operators, business interruption is typically tied to monthly recurring revenue and the number of affected racks. For hyperscalers, the calculation reflects internal cost allocation and opportunity cost. Enterprise-owned data centers require a broader business disruption analysis. Beyond direct revenue loss, SLA penalties, contingent business interruption from upstream utility or connectivity failures, and service interruption without physical damage are all exposures that need to be addressed in a well-structured program.
Yes — and this is an exposure many standard property policies exclude entirely. A cybersecurity incident can cause direct physical damage to data center infrastructure, from corrupted control systems affecting cooling equipment to deliberate interference with power management. This cyber-physical convergence sits in a gap between traditional property and cyber policies that requires deliberate program design to close.
Data centers are increasingly being developed in geographies with meaningful wind, flood, convective storm or seismic exposure — either because power is abundant or land is available. Carriers apply catastrophe modeling to these facilities, which affects both capacity and pricing. Programs need appropriate sublimits and deductible structures for CAT perils, and in locations where traditional property capacity is constrained, parametric solutions can provide a supplemental option that delivers faster, more certain recovery without the friction of standard loss adjustment.
Co-location operators carry a distinct set of exposures that reflect the multi-tenant nature of their facilities. Business interruption calculations must account for revenue tied to individual rack commitments and SLA penalties to multiple customers. Customer equipment bailment — the liability an operator carries for property belonging to tenants — requires careful coverage structuring. Contingent business interruption from upstream utility or fiber provider outages is also a critical consideration, as are contractual indemnification obligations to tenants that can create significant financial exposure after a loss.
Data center construction contracts typically carry more stringent insurance requirements than standard commercial projects. General contractors and MEP subcontractors need to confirm that their general liability, professional liability, pollution liability and surety programs are structured to meet owner requirements — and that their limits and coverage forms are appropriate for the scale and complexity of data center work. Contractor default is a significant concern given the specialized skills and labor constraints in this sector, making surety and subcontractor default insurance important tools for project owners as well.
Insurance program structure is a material consideration from the earliest stages of data center development. Lenders and investors typically have specific program requirements that need to be confirmed before financial close. Development-stage exposures — including site acquisition, design liability and pre-construction obligations — need coverage before a shovel breaks ground. Advisors who engage early can help structure programs that meet investor and lender requirements, protect development-stage assets and position the project for a clean transition into construction and operational coverage.
Multi-site portfolios require a program structure that balances consistency with site-level specificity. Each facility carries a different risk profile depending on its age, tier classification, geographic exposure and tenant composition, and a program that treats them identically will overpay on some sites and underinsure others. We work with risk managers to build portfolio-wide programs that establish consistent coverage floors while tailoring limits, deductibles and specialty lines to individual site characteristics. Portfolio benchmarking and total cost of risk modeling help inform those decisions and support internal reporting to CFOs and boards.
Look for a broker with demonstrated experience across the full data center lifecycle — not just construction or just operations. They should have established relationships with carriers that have dedicated data center underwriting appetite, technical knowledge of the infrastructure itself (cooling systems, power architecture, tier classifications) and the ability to coordinate specialists across property, casualty, professional liability, environmental and surety lines. The ability to manage the construction-to-operations transition without coverage gaps is a meaningful differentiator. Just as important is strong internal coordination and communication — the discipline to identify every resource your program requires and bring the right specialists to the table at the right time. If you'd like to talk through your current program, our team is ready to help.
