/  PROJECT

Architecture of the WaterWise Intelligent System

The platform consists of the following subsystems:

  • Intelligence Subsystem (WaterWise AI)
  • Big Data Management and Analytics Subsystem (WaterWise BDA – Big Data Analytics)
  • Real-time IoT Data Collection Subsystem (WaterWise IoT) https://waterwise.internetofthings.gr/
  • Multi-user Interface Environment Subsystem (WaterWise UI/UX)

WaterWise Innovation Points

The innovation of the WaterWise project lies in the development of an integrated reference platform with multi-level intelligent functionality, tailored to comprehensively address water balance forecasting in reference communities/areas. The platform will incorporate predictive models for water resource inflows and outflows, utilize big data analytics and artificial intelligence to optimize water resources management, and provide real-time information to competent authorities and stakeholders. Integrated Water Resources Management, which accounts for the holistic nature of hydrological systems, is essential for achieving sustainable outcomes and harmoniously balancing competing demands.

  • Innovation #1: Development of a reference architecture for the implementation of prototype, integrated technological water balance forecasting systems.
  • Innovation #2: Water balance modeling using Artificial Intelligence and Machine Learning (ML) models.
  • Innovation #3: Support for real-time data collection through automated IoT systems.
  • Innovation #4: Formulation of a methodology for developing prototype water balance communities within the framework of exploiting the project’s results.

Expected Results

The expected outcomes of the project include:

  • Development of an innovative methodology for rational water resources management.
  • The integrated WaterWise Platform for Intelligent Water Balance Assessment.
  • The Intelligence Subsystem (WaterWise AI).
  • The Big Data Management and Analytics Subsystem (WaterWise BDA).
  • The Real-time IoT Data Collection Subsystem (WaterWise IoT).
  • The Multi-user Interface Environment Subsystem (WaterWise UI/UX).
  • The WaterWise Exploitation Plan, aiming for:
    • Increased awareness regarding the critical importance of sustainable water resources management.
    • Widespread adoption of the WaterWise platform by stakeholders across various sectors.
    • Improved decision-making in water resources management.
    • Reduction of water waste and optimization of its usage.
    • Promotion of sustainable development and environmental protection.

FUNDING

Co-funded by the Recovery and Resilience Facility and the European Union