InfraSure provides an AI‑driven risk management platform that delivers hyper‑local, asset‑specific climate forecasts and probabilistic loss scenarios for infrastructure such as power plants, pipelines, data centers, and renewable facilities. By combining physics‑based modeling with machine learning, the platform creates digital twins that link contract obligations to financial exposure, supports real‑time weather alerts, and offers tools for parametric insurance design and resilience planning.
Funding
Funding not disclosed
Founders
Product
Problem
Infrastructure operators, investors, and insurers lack precise, asset‑specific climate risk information, making it difficult to assess potential revenue loss, physical damage, and regulatory penalties caused by extreme weather and long‑term climate trends.
Solution
InfraSure offers an AI‑driven risk management platform that generates hyper‑local, high‑resolution climate forecasts for individual assets such as power plants, transmission lines, pipelines, data centers, and renewable facilities. The platform combines physics‑based modeling with machine‑learning to produce probabilistic loss curves, revenue scenarios, and generation forecasts (P10–P90) validated against historical data. An integrated digital twin links contract obligations to financial exposure, enabling users to quantify hidden risks. Real‑time weather alerts and natural‑language AI queries provide operational monitoring, while built‑in tools allow design and testing of parametric insurance, coverage optimization, and resilience upgrades. The result is a unified workflow for measuring, monitoring, transferring, and adapting to climate risk across the asset lifecycle.
Target Audience
Primary customers are infrastructure owners, operators, and investors in power generation, transmission, oil & gas, data centers, and renewable energy, as well as insurers and brokers seeking climate‑aware risk transfer solutions.
Features
- Hyperlocal climate models that simulate generation, revenue, and damage outcomes for each asset, delivering P10–P90 scenarios and loss exceedance curves
- Digital twin engine that reads project contracts to map legal obligations to financial exposure
- Interactive asset map with live weather alerts and AI‑driven natural‑language queries for portfolio‑wide risk visibility
- Parametric insurance design suite that simulates ROI, premiums, payouts, and residual exposure for index‑based or event‑triggered policies
- Resilience planning tools that recommend engineering upgrades, retrofits, and climate‑ready design modifications
- API access for integration with underwriting, broker, and capital‑provider workflows