Smart Water Infrastructure System

The Smart Water Infrastructure System is a modern water supply monitoring and control system built on IoT and modern web technologies. It enables real-time data collection, intelligent analysis, and remote control of water systems using various smart devices, such as NB-IoT water meters, smart hydrants, smart valves, RTUs/PLCs, and environmental sensors.

Data acquired from these diverse devices—including parameters like pipe pressure, flow rate, tank water levels, turbidity, residual chlorine, and pump frequency—is transmitted via various communication protocols (NB-IoT, fiber optics, GPRS, or Wi-Fi) to the backend system. This data is then processed for real-time display, intelligent alerting, and comprehensive control.

The platform supports a multi-tenant architecture, enabling different organizations to independently manage their respective water systems. Access is provided via PCs or mobile devices through a web-based interface (B/S architecture), native mobile applications, or dedicated mini-programs.

🔍 Key Features

• 💧 Comprehensive Real-Time Monitoring: Covers critical parameters such as pressure, flow rates, water levels, turbidity, residual chlorine, pump frequency, and more.
• 📡 Versatile Communication Protocol Support: Compatible with NB-IoT, GPRS, fiber optics, Wi-Fi, and other standard communication technologies.
• 🧠 Intelligent Alerting System: Features configurable alert rules, automated repair dispatch notifications, and comprehensive incident tracking capabilities.
• 🧩 Multi-Tenant Architecture: Allows each client organization to securely manage its own data, users, and system configurations independently.
• 📊 Advanced Data Analytics: Provides insights through water usage trend analysis, interactive pressure charts, flow rate monitoring, and detailed unit-based consumption statistics.
• 🌐 Cross-Platform Accessibility: Users can access the system via desktop PCs, dedicated mobile applications (iOS/Android), and WeChat mini-programs.
• 🔐 Role-Based Access Control (RBAC): Employs a granular RBAC system, allowing flexible assignment of permissions through user-role-menu bindings.
• 📈 Modular and Scalable Design: Developed using Clean Architecture principles for high scalability, maintainability, and ease of future enhancements.

Project Background

As smart city initiatives advance, traditional water management systems increasingly struggle to meet the demands for digitalization, automation, and real-time decision-making.
This platform aims to modernize utility operations by significantly improving response times to water supply issues and reducing maintenance costs through robust real-time IoT integration and centralized data control.

Architecture Overview

• System Design & Planning: Encompasses requirements analysis, prototyping, database schema design, and overall system architecture planning.
• Tenant & User Administration: Manages multi-unit and multi-building organizational structures with customizable, role-based user permissions.
• IoT Device Management: Includes comprehensive management of equipment details, maintenance schedules, spare parts inventory, device lifecycle tracking, and audit trails.
• Data Visualization & Dashboards: Features real-time operational dashboards and interactive charts (line, bar, pie graphs) for intuitive data exploration and querying.
• Intelligent Alert Management: Provides tools for configuring alert rules, dispatching repair teams, and tracking alert escalations through to resolution.
• Advanced Analytics & Reporting: Offers modules for analyzing historical water usage, performing comparative analysis, and generating segmented reports by unit or geographical region.
• Custom Reports & Printing (Planned Feature): Future capability to export operational data (pressure, flow, temperature) and event logs into printable report formats.
• Third-Party System Integration: Architected for extensibility, allowing straightforward integration with external hardware devices and software platforms.

Live Demo

• Visit: water.blazorserver.com
• Test Account:
  • Username: Demo
  • Password: 123456

Building smarter water solutions with IoT — enabling real-time monitoring, fostering efficient operations, and ensuring a secure water supply for the future.