Blockchain in a water quality monitoring system ensures that each measurement and alert generated is recorded immutably, allowing regulatory bodies or interested parties to review the data history with full confidence.
The use of sensors allows real-time monitoring, which facilitates quick decision-making based on updated data. Water quality sensors measure a variety of parameters Such as: PH, Turbidity and Temperature
It is especially useful in real-time monitoring, where AI can continuously analyze sensor data and generate automatic alerts when conditions outside safe parameters are detected.
The use of blockchain ensures the immutability of data, facilitating audits and compliance with water quality regulations.
An automated system reduces the need for manual intervention, allowing a faster and more efficient response to any critical situation.
By detecting and alerting about problems in real time, environmental disasters and public health problems derived from the consumption of contaminated water can be avoided.
- Real-time monitoring of water flow and pressure
- Automatic leak detection using pattern analysis
- Optimization of distribution routes based on demand
- Automatic load balancing in the distribution network
- Integration with valve control systems
- Portal for citizens to report problems (cloudy water, bad smell, etc.)
- Voting/report validation system
- Notifications to the community about water quality in your area
- Public dashboard with statistics and quality metrics
- Mobile app for geo-referenced reports
- Implement predictive analytics using machine learning to forecast water quality issues
- Show historical trend graphs and future projections
- Preventive alerts based on identified patterns
- Automatic preventative maintenance recommendations
203, UNIVERSIDAD TECNOLOGICA DE LA COSTA, SANTIAGO ​IXCUINTLA
