Use Case: Climate & Coastal Resilience
Predicting and Mitigating Sea-Level Rise with Earthbond
Client Type:
Environmental agencies, insurers, infrastructure operators, and climate data providers.
Scope:
Demonstrate how the Earthbond Digital Twin Platform enables predictive modelling and mitigation of coastal flooding and sea-level rise using geodetically aligned 3D/4D spatial data.
Achievements
• Integrated LiDAR, tidal, topographic, and satellite centimetre precision.
• Generated real-time coastal digital twins combining surface and subsurface layers for dynamic flood simulation and erosion tracking.
• Applied AI-driven sea-level trend forecasting using historical climate, bathymetric, and meteorological data.
• Mapped blue carbon assets (mangroves, wetlands, salt marshes) with full geospatial traceability for carbon credit validation.
• Delivered floodplain and storm surge prediction models aligned with ESG and insurance frameworks.
Impact
• Supports national coastal resilience programs and infrastructure design.
• Enables ESG-aligned investment in coastal protection and blue carbon projects.
• Strengthens insurer and regulator confidence in flood risk zoning and sea-level projections.
• Reduces modelling uncertainty, helping cities and agencies move from reactive disaster response to proactive mitigation.
Technology
• ECEF-based 3D/4D georeferencing: Ensures absolute positional accuracy above and below terrain.
• AI + Neural Network Analytics: Detects long-term elevation and hydrological shifts.
• Multi-Data Integration: LiDAR, INSAR, seismic, hydrological, and climate models unified within a single coordinate truth.
• Digital Twin Visualisation: Interactive models for planners, insurers, and researchers.
Next Steps
• Deploy Earthbond for regional sea-level rise prediction and urban flood mapping.
• Extend platform integrations with satellite oceanography datasets (Copernicus, NOAA, ESA).
• Partner with climate research institutes and ESG funds to expand blue carbon validation pilots.
“Earthbond brings geodetic precision to the frontlines of climate resilience — anchoring every decision to the true shape of the Earth.”