Precision Satellite Analytics for Coastal Risk Adaptation & Mitigation

Precision satellite analytics to analyze, manage and monitor physical and natural coastal assets.

Ocean Ledger delivers cutting-edge geospatial models that analyze multi-decadal changes in shorelines, underwater topography, and coastal ecosystems—including seagrass, coral reefs, mangroves, and tidal flats. Our proprietary technology assesses and predicts erosion and flood-related risks to nearshore assets, providing actionable insights for mitigation and adaptation, whether nature-based or engineered.

Backed by eight years of R&D at the German Aerospace Center ($900K in funding), our methods are globally scalable and locally adaptable, serving projects at the asset, municipal, regional, and national levels.

From predictive modeling to on-the-ground solutions, we empower stakeholders with data-driven strategies to safeguard coastal infrastructure and natural habitats.

Built in-house, the Ocean Ledger Coastal Risk Tool delivers:

• Contextualized baseline of natural capital and erosion, offering a clear understanding of historical, current and predicted gain/loss conditions.
• Scenario analysis and forecasting, enabling proactive risk management, like flood and sea-level rise, and implementing nature-based or engineered defenses.
• Asset-level analysis and triggers, integrating into risk profiles for underwriting and risk reduction strategies.
• Natural capital accounts, quantifying coastal ecosystems such as mangrove, seagrass and corals to identify restoration suitability.
• Holistic coastal risk models, incorporating natural defenses and underwater topography (bathymetry).

We’re backed by Ananda Impact Ventures and other partners include Planet, ESA, Innovate UK, and ORRAA.

Earth Observation, Artificial Intelligence, Cloud Computing, Remote Sensing, Big Data Analytics, Climate Change, Biodiversity, Marine Protected Areas, Satellite data analysis, Remote Sensing, Nature-based Solutions, Carbon Credits, Seagrasses, Mangroves, Corals, Tidal Flats, Analysis-ready Data, and Blue Carbon