Repath

Core Features

Repath's methodology links climate science with infrastructure decision-making by converting projected hazards into asset-specific financial exposure and adaptation insights.

• Asset-Level Climate Risk Analysis – Evaluates climate hazards for individual assets based on location and asset characteristics.

• Multi-Hazard Assessment – Analyses risks from events such as flooding, heat stress, storms, droughts, and other climate-related hazards.

• Climate Scenario Modelling – Uses hundreds of climate-model simulations and multiple IPCC scenarios to assess future risk pathways.

• Financial Impact Quantification – Converts climate impacts into metrics such as damage costs, yield losses, revenue effects, and investment implications.

• Adaptation Planning – Identifies resilience measures and evaluates adaptation options for reducing future climate-related losses.

• Portfolio Risk Management – Supports analysis across infrastructure, renewable-energy, and utility asset portfolios.

Closing Insights

The Repath platform was created by Thomas Remke, Julius Pröll, Sebastian Bartels, and Liza Altena, combining backgrounds in climate science, data analytics, and risk modelling. The platform grew out of efforts to bridge the gap between academic climate research and infrastructure investment decisions. The platform is used by infrastructure investors, renewable energy operators, and power grid organizations across Europe. Recent developments include a €3.6 million seed funding round led by Greencode Ventures and Lightbird, intended to support technology development and expansion of its climate-intelligence capabilities. Repath has also highlighted ongoing work on adaptation-focused analytics and AI-assisted resilience planning. Pricing is not publicly disclosed and is available on request.