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Quantify physical climate risk, financial exposure, and adaptation ROI. Asset by asset.
AI-powered climate risk analytics | Earth observation data | Audit-ready adaptation insights
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Climate Adaptive Strategies Start Here.
Quantified financial exposure across climate scenarios supporting insurance, capital planning, and adaptation ROI for climate resilient infrastructure portfolios.
Integrated climate risk analytics that meet regulatory requirements while delivering enterprise-level visibility of physical risks across your portfolio.
AI-powered predictive climate intelligence that reduces weather-related downtime and strengthens operational resilience through proactive, asset-level adaptation planning.
Physical climate risk assessment grounded in Earth observation data; from hazard exposure to financial impact, with audit-ready outputs.
Beyond generic risk scores. Repath’s climate risk analytics engine combines machine learning hazard models with Gen-AI insights to deliver financial impacts and adaptation ROI at the asset level: the intelligence layer for climate adaptive infrastructure investment and operations.
Repath’s climate engine combines machine learning with decades of observation data to deliver what generic risk scores can’t: financial impact you work with.


Pinpoint how heat, flood, wind and other hazards affect each asset’s performance and lifecycle costs.
Expose site-level hotspots, quantify OPEX/CAPEX impacts, and prioritize interventions that cut downtime first.


No more scrambling for disclosures. Get science-based, regulator-ready data and risk insights to give teams confidence in every report and strengthen reporting workflows.

Born from the Center for Earth System Research and Sustainability (CEN) at the University of Hamburg, we’re built on science investors and regulators trust.
Compare measures and see exactly how each asset intervention changes availability, cost, and risk across your whole portfolio.
Turn quantified risk into a site-specific action plan.
Compare measures: elevation, drainage, shading/cooling, hardening, and operational changes; by cost, feasibility, and impact on availability, then build a sequenced roadmap.

A single asset or your whole portfolio. All you need is location and asset type.
Immediately quantify climate impacts, both financial and performance-based, across your whole portfolio.
Make critical investment decisions built around your specific assets and priorities.
Whats the remaining useful life of this asset?
Is it smarter to upgrade now -or accept the risk and replace later?
What actions make the biggest difference in ROI?
Co-founder – Managing Director
Book a Demo today, and let us help you in building extreme weather resilience based on clear ROI calculations.

Kai Karlstrom
Director of Solutions Engineering