AI Infrastructure &
Data Centre Risk
Data centres aren't one risk.
Modern AI and data centre infrastructure brings together high-value computing equipment, electrical systems, cooling, connectivity and critical services in a highly concentrated environment. A single incident can affect several areas of risk at once.
Why AI Infrastructure Requires a Different Approach
Traditional commercial insurance places property, equipment, cyber, and business interruption into separate policies designed for conventional offices or light industrial spaces. High-density compute infrastructure does not fit neatly into these individual insurance categories.
The Cascade Example
A power interruption can affect cooling, computing equipment and facility operations simultaneously, potentially creating equipment, business interruption and contractual exposures from a single event.
When high-density GPU racks drawing 40kW to 100kW+ per cabinet lose cooling circulation, thermal thresholds can be exceeded in seconds. Understanding how physical electrical switchgear, direct-to-chip liquid cooling manifolds, utility interconnects, and tenant SLAs intersect is essential to structuring effective coverage.
High Thermal Densities
Accelerated thermal runaways require tight coordination between chiller breakdown, physical asset coverage, and telemetry-triggered response.
Power Dependency
Substation constraints, utility curtailment agreements, and transformer supply lead times create compounding operational downtime.
SLA Commitments
Compute availability guarantees and tenant liquidated damages mean outages generate immediate contractual and balance sheet liabilities.
Asset Concentration
Tens of millions of dollars in GPU clusters concentrated in compact data halls demand specialized aggregate sub-limits and valuations.
The Interconnected Exposures of Compute Infrastructure
Modern AI data centres and GPU compute facilities require an interconnected risk strategy that evaluates every layer of the physical, electrical, digital, and environmental operating stack.
Property
Physical building shell, data hall enclosures, structural slab load-bearing capacities, containment suites, and specialized gaseous fire suppression systems designed to protect sensitive electronics without water damage.
GPUs, Servers & Compute
High-density accelerator clusters, NVIDIA H100/H200/B200 server chassis, high-speed optical transceivers, network fabric switches, and custom server racks evaluated on agreed-value replacement and market depreciation terms.
Electrical Infrastructure
Medium-to-low voltage step-down transformers, switchgear, busway power distribution, automatic transfer switches (ATS), uninterruptible power supply (UPS) batteries, and backup diesel/natural gas generation.
Cooling Systems
Direct-to-chip cold plates, coolant distribution units (CDUs), rear-door heat exchangers, closed-loop fluid piping, chillers, and cooling towers, covering mechanical breakdown, fluid leakage, and localized condensation hazards.
Utility & Power Dependency
Substation interconnections, utility transmission curtailment, power quality fluctuations, phase imbalances, voltage transients, and grid off-premises utility service interruption endorsements.
Equipment Breakdown
Sudden and accidental electrical arcing, mechanical chiller failure, pump seizure, power harmonic distortion, transformer explosion, and rapid-onset overheating damages excluded by standard property forms.
Business Interruption
High revenue-per-megawatt downtime loss, extended period of indemnity coverage, customer SLA penalty pass-throughs, and delayed revenue recovery while sourcing specialized replacement hardware.
Construction & Commissioning
Course of construction/builders risk for data hall conversions, delayed startup (DSU) soft cost coverage, contractor wrap-up liability, and failures occurring during critical integrated system and load-bank testing.
Cyber Risk & Telemetry
Out-of-band management controller compromise (IPMI/BMC), industrial control system (SCADA/BMS) intrusion, unauthorized power/cooling manipulation, ransomware, and tenant network isolation breaches.
Technology Errors & Omissions
Professional liability for managed compute providers, colocation hosting contractual disputes, failure to deliver promised power densities or uptime tiers, and system administration configuration oversights.
Supply Chain & Transit
Inland transit and ocean cargo for high-value GPUs and long lead-time equipment such as medium-voltage transformers, including shock/tilt sensor damage and replacement lead-time delay protection.
Natural Catastrophe
Wildfire smoke particulate infiltration impacting air handlers and electrical contacts, extreme ambient heat waves derating cooling capacity, flood water exposure, and seismic structural disruption.
Security & Political Violence
Physical perimeter intrusion, supply chain sabotage, civil commotion, and sovereign/political risk coverage where facilities operate across cross-border jurisdictions or sensitive data corridors.
Our Role: From Technical Exposure to Risk Transfer
Ocean Falls Insurance is an independent insurance brokerage, not an insurance carrier. We do not underwrite risk on our own balance sheet. Instead, we act as specialized brokers and risk advisors who help you translate complex infrastructure realities into structured, bankable insurance programs.
Understand the Risk
We identify the major physical, operational, technological, and external exposures surrounding your compute facility, power connections, and cooling design.
- check Site & power evaluation
- check Single point of failure audit
- check Cooling architecture analysis
Structure the Risk
We determine which exposures should be physically mitigated, commercially insured, contractually transferred to vendors or tenants, or strategically retained.
- check Contractual liability alignment
- check Sub-limit & deductible strategy
- check Policy form gap analysis
Access Insurance Markets
We work with appropriate insurers, wholesalers, specialty markets, and global syndicates depending on the size, location, and technical complexity of the risk.
- check Direct domestic carriers
- check Specialty wholesale brokers
- check Co-brokerage partnerships
Manage Risk Over Time
Your risk profile changes dramatically from site acquisition, power interconnection, and construction through commissioning and live multi-tenant operation.
- check Transition from builders risk
- check Live cluster expansion updates
- check Ongoing claims advocacy
Who We Work With
Our target market is not hyperscalers like Amazon, Microsoft, Google, or Meta.
We focus on independent data centre operators, GPU cloud providers, and digital infrastructure developers who need brokers who actually understand compute hardware, high-density power, and mechanical cooling.
Where a facility requires capacity or specialized syndicated underwriting beyond standard limits, Ocean Falls Insurance works alongside larger international brokerages, wholesale intermediaries, and specialty syndicates to deliver complete coverage.
Independent Data Centre Owners & Operators
Regional, tier-2, and independent facilities offering wholesale or retail colocation space outside the hyperscale ecosystem.
AI & GPU Compute Operators
Specialized cloud GPU platforms, AI training cluster providers, and high-performance compute operators delivering bare-metal or managed compute.
Colocation Providers
Multi-tenant facilities managing power distribution, space leasing, tenant liability clauses, and shared physical infrastructure risks.
Edge & Modular Data Centres
Containerized, prefabricated, and localized edge compute deployments operating in unconventional physical or remote environments.
Data Centre Developers
Firms acquiring land, securing multi-megawatt utility interconnections, and managing course-of-construction fit-outs for digital infrastructure.
Companies Developing Private AI Infrastructure
Enterprises deploying proprietary high-performance computing clusters on-premise or in dedicated private cages within third-party data centres.
Infrastructure Investors & Developers
Private equity, infrastructure funds, and developers entering the power, compute, and data centre asset class requiring thorough insurance due diligence.
The Ocean Falls Perspective
“Our focus on AI infrastructure builds on the Ocean Falls group’s experience with digital infrastructure and power-intensive computing. We believe understanding how the infrastructure works is an important part of understanding how it should be insured.”
Digital infrastructure does not exist on paper — it operates in physical equipment rooms with high-voltage transformers, liquid cooling loops, high-speed fibre, and gigawatt-scale power considerations.
Through our group's work across GPUs, AI compute, power infrastructure, data centre development, distributed systems, and site evaluation, we have direct exposure to the engineering realities that drive compute facilities.
Ocean Falls Insurance applies that foundation directly to the discipline of risk transfer: identifying the real points of mechanical and electrical failure, structuring appropriate business interruption models, protecting high-value capital equipment, and placing coverage with markets that understand the difference between standard commercial property and modern compute infrastructure.
Ready to Discuss Your Compute Infrastructure?
Whether you are developing a new facility, upgrading a data hall for high-density liquid cooling, or reviewing renewal terms for an operational cluster, we are ready to help.