Climate Innov provides AI‑driven software that combines satellite, weather, and terrain data to generate high‑resolution forecasts of forest‑fire ignition and spread, with emerging flood propagation modeling. The platform delivers real‑time risk maps and decision‑support dashboards for civil protection agencies and climate finance institutions, enabling faster response, optimized resource allocation, and informed investment decisions.
Funding
Funding not disclosed
Founders
Product
Problem
Emergency services and climate finance institutions often lack timely, high‑resolution predictions of forest‑fire ignition and flood spread, making it difficult to allocate resources, protect populations, and assess investment risks.
Solution
Climate Innov offers AI‑driven software that ingests satellite, weather, and terrain data to model and simulate the initiation and propagation of forest fires and, in the near term, flood events. The platform generates short‑ to long‑term risk forecasts that support operational decision‑making for civil protection agencies and strategic planning for climate‑focused investors. By delivering rapid, geospatially detailed predictions, the system enables faster response actions, optimized resource deployment, and more informed policy or investment choices.
Target Audience
Primary users are civil protection agencies responsible for wildfire and flood management, and climate finance organizations that require environmental risk analytics for investment and policy decisions.
Features
- Predictive fire ignition modeling that evaluates vegetation type, topography, wind speed, and humidity to forecast outbreak likelihood
- Real‑time fire spread simulation delivering propagation maps within seconds for scenario planning
- AI‑based geospatial terrain classification identifying vegetation, altitude, and slope to refine risk assessments
- Emerging flood propagation tools that analyze terrain and hydrological data to estimate flood pathways
- Integration of multi‑source data (satellite imagery, meteorological feeds, ground sensors) into a unified risk analytics engine
- Decision‑support dashboards presenting risk scores, impact zones, and recommended response actions for emergency managers and investors