Hidrofuturo provides advanced technology solutions for comprehensive water resource management in Chile. Their platform offers high‑resolution hydrological modeling, predictive analytics, and early‑warning forecasts to help agencies assess risks and optimize water allocation. Additionally, they deliver interactive geospatial visualizations, including 3D terrain modeling, to support spatial analysis and decision‑making for water authorities and stakeholders.
Funding
Funding not disclosed
Founders
Product
Problem
Water resource managers in Chile face limited visibility into hydrological dynamics, making it difficult to allocate water efficiently, anticipate shortages, and respond to extreme events. Traditional tools often lack real-time data integration, predictive capabilities, and intuitive spatial analysis, leading to delayed decision‑making and increased risk of water scarcity.
Solution
Hidrofuturo offers a cloud‑based platform that combines advanced hydrological modeling, continuous forecasting, and interactive geospatial visualization to support comprehensive water management. The system ingests real‑time sensor and meteorological data to generate short‑ and long‑term flow predictions, while risk assessment modules identify potential deficits and flood hazards. Users can explore 3D terrain models and interactive maps to assess water distribution across basins, set early‑warning thresholds, and receive automated alerts. By delivering actionable insights through a unified dashboard, Hidrofuturo enables utilities, regulators, and planners to optimize allocation, monitor trends, and implement proactive mitigation strategies.
Target Audience
Primary customers are water utilities, governmental agencies, and regional planners responsible for managing water resources and infrastructure in Chile.
Features
- Advanced simulation engine for predictive hydrological modeling across multiple catchments
- Real‑time forecasting with continuous data ingestion from sensors and weather services
- Early‑warning alert system configurable for drought, flood, and supply risk thresholds
- Interactive geospatial interface featuring 2D/3D terrain mapping and spatial analysis tools
- Integrated risk assessment dashboards that combine trend analysis with scenario planning