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Ocean Ledger delivers coastal flood risk intelligence for property and infrastructure.

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Empowering asset owners who face coastal flood risk with transparent and precise insight to reduce exposure.

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1. Precipitation
2. Natural defenses
3. Vertical erosion
4. Seabed movement
5. Flooding
6. Horizontal erosion
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Who we help

We support asset owners facing coastal flood risk, but lack comprehensive risk transfer.

Ongoing risk management
Risk report and mitigation pathway
Asset monitoring
Real-time tidal data
Transparent risk analysis
In-house geospatial layers for coastal elevation
Stochastic surge model
Asset vulnerability
Resilience-focus
Adaptation and mitigation scenario
Premium reduction
Flexible risk transfer
Why we do it

Coastal assets face growing flood risk but insurance isn’t keeping up

Traditional insurance
Traditional broking
Blockers
One-size-fits-all policies, with rigid terms not reflecting real coastal risks
Broad exclusion of coastal zones
Outdated static risk models
Governments
Commercial asset owners
Pains
Property damage and business interruption due to erosion and flood
High premium or insufficient coverage
No pathway to reduce exposure
Legacy models

Coarse resolution and out of date data
High uncertainty, over- or under-priced risk, making it unattractive to invest
The result
Widening insurance coverage gap, inadequate insurance cover and increased economic losses
Ocean Ledger
Next generation stochastic surge model with insights on frequency and severity drivers
Reduced uncertainty for rating and risk management
The result
Tailor-made insurance cover, reflecting the true cost of risk and benefits of coastal defense

Ocean Ledger insures the uninsurable coastaline.

Technology

Ocean Ledger uses proprietary geospatial AI models that extract millions of observational insights from satellite imagery and ground-truth data to generate 3D layers and historical trends on coastal dynamics.

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Coastal elevation
Affects coastal flood distribution and damage
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Shoreline position &
historical rate of change
Affects coastal flood distribution, damage and future risk
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Seabed depth & movement
Affects coastal flood distribution, damage and operations
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Natural defenses
Reduces coastal flood severity, damage and future risks
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Hyperlocal weather data
Influences compound flooding
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Asset vulnerability
Assess building elevation, fortification and defenses
Case Study

What’s the role of shoreline shape in coastal flood-risk predictions?

Most flood models or sea-level rise reports do not take into account the evolution of shoreline shape (elevation), which impacts global assets exposed to inundation.

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Case Study

Rodanthe’s Coastal Erosion Assessment

Rodanthe, a small community on North Carolina’s Outer Banks, has become a striking example of the impact of coastal erosion.

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Case Study

Hurricane Beryl Shoreline Damage Assessment

In July 2024, Hurricane Beryl hit Texas. We looked at Galveston Island and produced our own damage assessmen using our satellite-derived data products.

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Case Study

Gold Coast Erosion Case Study

Following Cyclone Alfred, in March 2025, we looked at before and after it hit the Gold Coast and Brisbane.

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