No operational silos
By consolidating sensors, SCADA, GIS, assets, billing, and management systems into a single source, the platform enables deep analytics deployment and real-time IoT and asset management.
SAAS Operational digital twin straight from your GIS The digital evolution
The digital evolution
of your water network
WaterWays-AI unifies your entire infrastructure into a 360° view to boost operational efficiency and water sustainability, transforming data visualization into true applied business intelligence.
- Infrastructure visibility
- 360°
- Native simulation engines
- EPANET + SWMM
- Deploy in weeks,
- not months
Platform
Integrated intelligent hydraulic calculation engine
A data engine that natively standardizes and integrates EPANET and SWMM with data across your entire infrastructure—regardless of source—into a single, unified source of truth.
Data Sources
- SCADA / BMS
- Databases
- Smart Metering (AMI)
- GIS
Core
WaterWays-AI
- EPANET Water distribution networks
- SWMM Wastewater and stormwater networks
- AI Advanced algorithms
Outcomes
- Monitoring and events
- Advanced analytics and KPIs
- Informed decisions
- Digital twin
Dynamic digital twin
Simulates hydraulic behavior in real time across operational scenarios, which combined with continuous monitoring and predictive alerts, ensures optimal decision-making at all times.
Modules
Water supply and wastewater. A single environment.
EPANET Engine
Water distribution networks
Operate your entire distribution network using a real-time dynamic hydraulic model paired with business intelligence modules to plan every capital investment.
14 features included
Operations
Real-time operational digital twin
Dynamic EPANET-powered hydraulic model updated in real time with comprehensive analytics for optimal network operations.
Unified network management
Seamless convergence of GIS, real-time telemetry, and dynamic hydraulic modeling within a single unified workspace.
Automated leak detection
AI algorithms integrating analytics across SCADA, AMI/AMR, flowmeters, pressure sensors, and acoustic loggers.
Field operations management
Isolation valve traces and incident shutdown zones, with automated impact assessments on customers and critical infrastructure.
Automated DMA sectorization and water balances
Topological and flowmeter-based District Metered Areas with real-time water balances to control non-revenue water and physical losses.
Asset management
GIS-native feature to edit, update, and centralize technical data and operational statuses without third-party software.
Monitoring and telemetry
Unified supervisory control with real-time telemetry and customizable alert thresholds to detect any network anomaly.
Water quality and traceability
Calculates water age, chlorine residual decay, and bidirectional flow traceability to pinpoint the root cause of water quality incidents.
Hydraulic what-if scenarios
Unlimited simulation of operating conditions and demand variations to evaluate the impact of emergencies and planned outages.
Business Intelligence
Optimized asset deployment
Optimal placement of acoustic loggers, flowmeters, and PRVs based on network coverage, operating pressures, and pipe break risk.
Economic and CAPEX management
Asset renewal cost estimates, investment alternative trade-off analysis, and exportable action plan reports.
Advanced management KPIs
Composite indicators combining hydraulic parameters, pressure regimes, costs, and service impacts to prioritize interventions.
Strategic planning and master plans
Pipe replacement programs and master plans featuring comparative scenario analytics to select the most cost-effective investments.
Risk analysis and failure prediction
AI blending historical pipe failure records, hydraulic stressors, and asset physical attributes to forecast burst probability and optimal renewal timing.
SaaS Model
Three-step methodology and onboarding
Deployed in the cloud with zero on-premise infrastructure investment and no maintenance overhead, dramatically shortening Time-to-Value.
- 01
Connection
Secure connectivity with databases, field instrumentation, SCADA, and IoT devices.
- 02
GIS processing
Geospatial data cleansing, topology validation, and mapping to generate the digital twin.
- 03
Operation
Browser-based cross-platform access without client licenses, supported by automated technical updates and continuous security patches.
Driving operational efficiency and water sustainability
We turn your network's big data into an intuitive digital replica, featuring automated interactive dashboards engineered for strategic decision-making.
ROI and Strategic Value
- 01
Unify all operational data into a single, interoperable software platform
- 02
Enhance infrastructure resilience and proactive risk mitigation
- 03
Maximize capital investments to address water challenges sustainably
- 04
Streamline decision-making processes and boost operational efficiency
- 05
Democratize network intelligence across all departments and field crews
- 06
Increase visibility and governance across the entire water cycle
Key Benefits
Technology built for operational excellence
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Interoperability
Seamless integration flexibility with all incoming and outgoing enterprise data sources.
-
Scalability
Cloud-native architecture designed to scale alongside your organization's operational footprint.
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Security
Industrial-grade cybersecurity protocols and end-to-end data encryption.
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Customization
Complete adaptability to existing data models, GIS schemas, and utility-specific workflows.
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Applied AI
Domain-specific AI algorithms purpose-built for hydraulic network management and diagnostics.
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Ease of use
Intuitive user experience and human-centered design ensuring minimal learning curves.
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Rapid deployment
Fast-tracked rollout in weeks, not months, with zero disruption to daily utility operations.
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Zero barriers
Fully operational digital twin built from your GIS database, with no mandatory requirement for SCADA or IoT.
Tier-Free Technology
Your digitized network from day one
Democratizing digital transformation for water utilities. Subscription model with zero onboarding fees and no stripped-down tiers.
- 01
Local networks
Up to 100 km
70€/km/year
- 02
Mid-sized networks
100 km - 500 km
50€/km/year
- 03
Large networks
500 km - 1,500 km
35€/km/year
- 04
Metro & regional networks
+1,500 km
Contact Us
- No implementation fees
- No stripped-down feature tiers
- All updates included
All-Inclusive
What is included in your subscription?
A single transparent price per network kilometer with everything required to run your digital twin from day one.
Starting at
€35/km/year
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Custom data engineering and GIS onboarding
Our engineering team cleanses and conditions your GIS data to build your network's digital twin.
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Full-featured enterprise SaaS license
Unrestricted access to all platform modules—no paywalls, feature gates, or hidden add-ons.
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Periodic recalibration of AI models
Machine learning models are periodically retrained with your operational data to maintain optimal precision.
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Unlimited users and role-based permissions
Provide access to your entire team with customizable roles tailored to each utility department.
FAQ
Frequently Asked Questions
What are the minimum requirements to start using WaterWays-AI?
To get started, all that is required is a GIS database (mapping) of the network. Even without existing monitoring systems, telemetry, or IoT devices, our platform can generate a high-fidelity hydraulic model and activate all other analysis and management features. The only inactive tools will be those strictly dependent on real-time data reception from external sensors.
Our GIS mapping is outdated, contains errors, and has missing data fields. Can we still use the platform?
Yes. Our subscription includes a data engineering process where our team handles data processing, cleaning, and imputation if needed, ensuring the highest possible fidelity for the hydraulic model and risk analysis.
Which telemetry systems is it compatible with?
WaterWays-AI is agnostic and can integrate with all types of existing SCADA systems, AMR/AMI remote reading solutions, and IoT devices. We centralize all data sources into a connected ecosystem for a 360° view of the network.
How long does it take to deploy WaterWays-AI on a network?
Implementation time depends on the initial data quality and structure, but in most cases, you can be up and running with WaterWays-AI within 3 to 6 weeks. This timeline covers our audit process, data cleaning, and the tailored setup of your cloud environment.
Is there a limit on the number of users who can use the tool?
No, we offer unlimited users across all subscription plans to foster collaborative management. Additionally, the platform provides advanced role-based access control aligned with your organizational structure. You can set up profiles with varied permission levels—from read-only access to full editing, supervision, or system administration capabilities.
Free Trial
Dive
into the future
Your network digitized from day one. Request a free trial with full access to all features.