Platform for the optimization of water consumption and centralized irrigation automation in different types of activities
GoAigua Irrigation helps to define and automate the best irrigation schedule for parks and gardens. Thanks to the use of advanced water efficiency algorithms, the right amount of water and the best watering frequency can be calculated, taking into account the needs and terrain of the garden or park.
goaigua irrigation
Optimization of water consumption
goaigua irrigation
Centralized irrigation management
goaigua irrigation
Increased water efficiency of networks
goaigua irrigation
Increased asset lifespan

A single platform for irrigation management

GoAigua brings together process and infrastructure information in a unique three-layer model: our Smart Water Engine, which collects, processes and standardizes data to provide specific urban irrigation solutions, and a central BI dashboard for visualizing indicators.
Xylem Vue powered by GoAigua

GoAigua Smart Green

The GoAigua Smart Green solution supports centralized irrigation monitoring, automation and control in city parks and gardens.
goaigua irrigation
goaigua irrigation

Centralized urban irrigation management

  • Programming of irrigation, pumping and fertilizer systems from a single control center
  • Irrigation automation and optimization according to the climate, weather forecast, soil moisture, crop and soil type, and topography
  • Real-time monitoring and control of all assets and operational processes
  • Analysis of water quality and soil water status. Log generator
  • User set-up of alarms for agricultural, meteorological and asset events.
  • Data exploitation through graphical interfaces

Complete the digital transformation of your water utility

About GoAigua

GoAigua is the leading technology solution for water cycle management. It enables the integration of multiple data sources and applications, building a cross-functional environment. The solution facilitates decision-making and optimizes the operation and maintenance of water cycle processes.