Parametric Insurance for Public Entities

✓ Hedge large hail & wind and catastrophe deductibles
✓ Support first-response emergencies with rapid liquidity after catastrophe events
✓ Bridge coverage gaps created by catastrophe sub-limits and exclusions
✓ Protect risk pool members against proration, reinstatement costs, and aggregate limit exhaustion in shared-limit structures

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Public entities represent a massive asset base and manage critical infrastructure exposed to both property damage and operational interruption. Aging infrastructures and highly correlated asset bases make public properties particularly vulnerable to climate disruption and notably exposed to hurricanes, severe convective storms, floods and earthquakes.

In the US, public entities are facing a rising need for quicker access to liquidity, as they are highly relying on federal aids for disaster recovery, while FEMA reimbursements can face long delays, taking several months or even years before being delivered. 

As the market continues to soften, public entities are looking to do more than just lower their premiums: they are looking to fix the structural gaps that traditional insurance leaves behind, such as high catastrophe deductibles and restrictive sub-limits.

Parametric insurance unlocks significant value for public entities, often operating on fixed budget with limited flexibility, as it provides rapid, predefined liquidity immediately after a qualifying event to reduce insureds’ financial stress and allow them to face first-response emergencies.

Risk Landscape

Financial Pain Points
  • High catastrophe deductibles: In disaster-prone regions, hail & wind deductibles often range from 2% to 5% of total insured value, leaving public entities with multi-million-dollar gaps to cover out-of-pocket before traditional insurance kicks in.
  • Uncovered first-response costs: Standard policies often include restrictive sub-limits or exclusions, especially for outdoor assets and debris removal, and typically do not cover first-responder temporary staffing or overtime pay, nor fund emergency services such as aid tents and food pantries.
  • Shared limits in risk pools: Public entities can be insured by a risk pool, where multiple participants draw from the same coverage limit. In the event of a large-scale catastrophe affecting many members, each insured may receive only a portion of the available funds for recovery, as the total limit must be distributed among all affected participants.
  • Delayed recovery timeline: Traditional insurance claims for major catastrophes can take months or even years to settle, creating severe cash flow pressure for public entities which are often operating on fixed budgets with no meaningful liquidity.
Customer Profile
  • Educational institutions (e.g., universities, colleges, school districts) → Learn more
  • Port & airport authorities → Learn more
  • Non-profit organizations (e.g., faith-based institutions) → Learn more
  • Local governments (e.g., States, cities, counties, municipalities) 
  • Public risk pools
  • Special districts (e.g., water/fire/waste utilities)
  • Tribal governments

The Solutions We Provide

Deductible buydown

Offset large catastrophe deductibles, notably hail & wind deductibles for educational institutions, through rapid parametric payouts following qualifying events

Emergency Liquidity Cover

Secure immediate capital following a catastrophe to fund debris removal, temporary repairs, and operational recovery before traditional insurance claims are settled

Non Damage Business Interruption

Cover revenue losses from operational disruption (e.g., campus closures, flight cancellations) independent from on-site damage

Additional Capacity for Risk Pools

Avoid claim proration in the event of a large-scale catastrophe event affecting several pool participants and reduces the potential need to reinstate the policy limit

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Risks & Hazards

Hurricane

Extreme winds and storm surge damage critical infrastructure and create prolonged operational disruption across regions.

Hail

Large hail damages roofs, vehicles, and outdoor assets on public properties and facilities.

Tornado

Severe rotating winds damage structures and infrastructure with rapid-onset destruction.

Flood

Water inundation damages facilities, disrupts services, and strains municipal recovery budgets.

Earthquake

Ground shaking damages critical infrastructure and threatens public facility operations and safety.

government building

Our case studies are all over the world

Utilizing Machine Learning and real-time monitoring from satellite imagery & IoT, our state-of-the-art technology helps businesses bounce back faster against climate, cyber and other emerging risks.

  • North America Public Entities NDBI How a Native Nation in Oklahoma Used Parametric Insurance to Protect Its Community Assets From Tornado Losses See the case study
  • North America Public Entities Flood How Parametric Insurance can Help U.S. Public Entities Manage Flood Risk See the case study

Why Parametric Works 

  • Rapid liquidity: Payouts are confirmed in days and paid in weeks, providing critical liquidity during the post-event recovery period.
  • Flexible capital: Payouts are not tied to specific loss assessments and can be used to offset revenue losses or support operational recovery.
  • No claims adjustments: Coverage is triggered by predefined parameters, eliminating lengthy loss adjustments processes.
  • Complements traditional insurance in risk pools: Parametric coverage is triggered independently of shared limits, absorbing deductibles for smaller events and protecting against limit exhaustion in major catastrophes, ensuring full recovery rather than prorated payouts.

4 Steps to Parametric Coverage

Step 1

Define the Risk

Identify key events or conditions that could impact operations—such as extreme weather, seismic activity, or economic indices.

Step 2

Set the Trigger

Choose clear, measurable thresholds (e.g., “wind speed >100km/h” or “earthquake >5.0 magnitude”).

Step 3

Agree on Payout Logic

Establish how payouts scale with the severity of the event and the level of exposure.

Step 4

Automatic Monitoring & Payment

Trusted third-party data sources confirm the event. If triggered, payouts are issued automatically—no on-site loss adjustment required.

Global Parametric Insurance Specialist

10 countries with offices around the world

150+ scientific experts: risk modelers, data scientists, and software engineers

20+ perils covered with best-in-class (re)insurers, written on A+ paper

USD 140M capacity per policy even in highly exposed regions & for clients with a history of NatCat losses

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Whether you're quoting a complex risk, looking to break into new markets, or just curious about parametric insurance, our team is here to help you win. Reach out and we will get back to you within 48 hours.

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