Eureka Hydatos Map delivers high precision mapping for complex water infrastructure networks. This platform combines sensor fusion, real-time analytics, and intuitive visualization to support engineers and city operators.
Designed for resilience and regulatory compliance, it helps teams monitor assets, predict failures, and coordinate rapid responses across large municipal systems.
| Feature | Description | Benefit | Typical Use Case |
|---|---|---|---|
| Multi-sensor Integration | Combines pressure, flow, quality, and acoustic data | Unified situational awareness | Water main monitoring across districts |
| Real-time Visualization | Live geospatial map with dynamic overlays | Rapid decision support | Burst detection and isolation |
| Anomaly Detection | AI-driven pattern recognition and thresholds | Early fault identification | Leak prediction in aging pipelines |
| Regulatory Reporting | Automated data exports and audit trails | Compliance with health and safety standards | Municipal reporting cycles |
Real-time Monitoring Capabilities
Eureka Hydatos Map tracks pressure, flow rate, and contamination markers every few seconds. Operators see live status directly on the map interface.
Color-coded alerts help prioritize incidents, while historical overlays provide context for current performance trends.
Leak Detection and Isolation Workflow
Advanced acoustic sensors combined with pressure analytics identify leaks faster than manual巡查. The system can automatically segment impacted zones to limit service disruption.
Integration with SCADA and district metering assemblies improves accuracy and reduces false alarms.
Asset Management and Planning
Each pump station, valve, and pipe segment appears as an interactive asset card with condition indicators and maintenance history. Teams can schedule inspections based on risk scores.
Long-term planning modules simulate future demand and evaluate upgrade scenarios, supporting capital budgeting and lifecycle optimization.
Deployment and Integration Options
Hydatos Map supports both cloud-based and on-premise installations, allowing agencies to choose data governance models that match policy requirements. Standard APIs enable connection to existing GIS, asset management, and customer information systems.
Field teams can use mobile tools to validate map data, upload photos, and confirm repair status, keeping the digital twin aligned with reality.
Key Takeaways for Operators
- Integrates pressure, flow, and quality data into a single live map
- Reduces leak response time with AI-driven anomaly detection
- Supports asset lifecycle planning and capital investment prioritization
- Compatible with existing SCADA and GIS environments
- Scales from neighborhood pilots to city-wide deployments
FAQ
Reader questions
How does Eureka Hydatos Map detect leaks in buried water mains?
It fuses pressure transient analysis with acoustic signatures from distributed sensors, applying machine learning to distinguish leaks from routine fluctuations.
Can the platform work with legacy SCADA systems?
Yes, it offers standard connectors and protocol converters to pull data from major SCADA vendors without replacing existing control infrastructure.
What reporting capabilities does Hydatos Map provide for regulators?
It generates automated compliance reports in multiple formats, including event logs, service reliability metrics, and contamination risk summaries aligned with regulatory templates. Pilot zones can be operational within weeks, as the modular architecture allows phased rollout starting with critical pressure zones and high-risk corridors.