Ingest, homogenization, and analysis of data from multiple sources to facilitate a centralized and accurate view of the water resource. Thanks to data governance, secure storage, and advanced analytics are enabled to provide key insights to optimize water management and use.

Prediction of the evolution of surface and groundwater bodies by means of AI models, with which the evolution of water resources is projected in the medium term (3-6 months), making it possible to plan investments and take preventive measures to mitigate the impact of droughts or floods.

The system allows monitoring of ecological flows, continuous analysis and characterization of the quality of water bodies, to detect impacts and warn of potential problems, improving the effectiveness of measures implemented in water plans.

Real-time monitoring and control of key hydrometeorological variables such as flow rates, rainfall, and reservoir status, among others, facilitating immediate decision making to optimize resources and prevent possible incidents.

The integration of hydrometeorological data makes it possible to predict and manage extreme events, issuing early warnings and facilitating the coordination of actions to minimize risks and damages in the territory.