Modular architecture for flexible implementation
Modular architecture for flexible implementation
Support for key processes
SmartFlow consists of 7 modules covering the critical aspects of proper network operation.
System scalability
The system can be implemented in selected DMA zones and expanded gradually to cover a wider part of the network.
Priority-driven development
The platform can be deployed in stages, at a pace aligned with your organisation’s needs.
Single source of truth for the network
All modules operate within a single environment, providing a comprehensive view of the network based on data from multiple sources.
Water Loss Detection
A core SmartFlow functionality that supports the implementation of water loss reduction strategies. The module enables DMA zones monitoring, displaying parameters such as MNF (Minimum Night Flow), real losses, water consumption within the zone and ILI (Infrastructure Leakage Index), available in hourly, daily, monthly, quarterly or annual views.
How the module works
- Calculates parameters in accordance with the IWA guidelines
- Estimates the volume of recorded leakage
- Allows defining individual alarm thresholds for each DMA zone and alerts when they are exceeded (e.g., Minimum Night Flow for zones, daily water consumption, pressure).
- Collects data as frequently as every hour
Benefits
- Return on investment within 6-12 months through water loss reduction and lower operational costs
- Faster response to failures and leaks thanks to data updates occurring even hourly
- A clear, map-based view of your DMA zones and network
- Measurement, billing, and GIS data aggregated in one tool
Implementation requirements
- GIS or other geolocation information
- SCADA or any database containing measurement data
- Data on water sales to end customers or data from water meters
Water Meters
The module improves DMA zone balancing by analysing data from water meter systems more comprehensively. It detects unusual water consumption patterns based on trends across customer groups, allows quick assessment of measurement device alerts through map visualisation, and supports analytical processes with detailed tabular summaries.
How the module works
- Collects data from water meters and reading systems from various vendors
- Compares actual and expected values to highlight any irregularities
- Records alarms and displays them on the map for easier interpretation
- Enables water consumption reporting for specific customers over a chosen period
- Can be integrated with the Water Loss Detection module for even more precise DMA zone balancing
Benefits
- Effective monitoring of water metres from various manufacturers
- More accurate DMA zone balancing within the WATER area
- Faster detection of unusual consumption or potential device failures
- Easier alarm analysis through map visualisation
Implementation requirements
- Location data of billing points
- GIS database with network layouts and DMA zones
- Information on meter status and alarms (data from measuring devices)
- Customer group classification
- Active Water Loss Detection module
Water Quality
The module helps identify connections between water quality parameters, network flows and events within specific network areas.
Any irregularities are detected and flagged, enriching the overall insight into the network’s condition. The module also supports failure location.
How the module works
- Handles data from devices transmitting water quality information across the network
- Generates summaries, reports, and visual comparisons within seconds
- Compares water quality parameters with network flow data
- Enables report publication for end users
Benefits
- Continuous water quality monitoring with data updates as frequently as every hour
- Access to clear insights into how water quality is linked to network events
- Faster response to emergencies
- Makes failure location faster and easier
Implementation requirements
- Active Water Loss Detection module
- GIS database with location of water quality monitoring points
- Database of water quality monitoring pointsBenefits
Noise Loggers
The functionality enables correlation analysis of data from flow meters and noise loggers, increasing the effectiveness of hidden leak detection. The module collects data from devices from different manufacturers and visualises it in a single view.
How the module works
- Detects failures and hidden leaks without disrupting infrastructure, including network in hard-to-reach or heritage areas
- Data analysis is performed either directly in the device or within the utility’s software system
Benefits
- Up-to-date insights into the condition of hard-to-access parts of the network
- Smooth data access and visualisation
- Fast and precise localisation of network issues or hidden leaks
- Data collection and visualisation from devices from various manufacturers
Implementation requirements
- Location data for individual noise loggers (GIS)
- Measurement devices database
- Active Water Loss Detection module
Sewerage
The module supports efficient sewerage network management by bringing together data from flow meters, pumping stations, weather stations, and rain gauges, and by enabling analysis of both current and historical measurements.
During rainfall, it operates in real time to monitor areas at risk of flooding. It also helps identify accidental water and unauthorised connections to the network, and provides visualisation of catchments areas together with their balance.
How the module works
- Automatically detects irregularities in the operation of sewerage systems and generates alerts accordingly
- Enables faster response to network events through an integrated notification system
- Records storm overflows with information on timing, frequency, and volume
Benefits
- Even faster response to emergencies
- More efficient operation of the entire sewerage network
- Cost savings through reduced inflow and infiltration in sewers
Implementation requirements
- GIS data on the sewerage network layout
- Measurement device database
Accidental water
The module supports monitoring of sanitary and combined sewer networks to identify accidental water caused by leakages or rainfall.
How the module works
- Aggregates all available data from GIS, SCADA, billing systems and measuring devices databases into a single tool
- Supports flow analysis, making it easier to identify accidental water inflows
Benefits
- All data from multiple databases available in one place
- Reduced inflow and infiltration within the sewer network
- Optimised resource use and lower operational costs
Implementation requirements
- GIS database
- SCADA
- Billing and device databases
Hammer effect detection
The module helps detect sudden pressure surges in the network and immediately alerts teams to any irregularities. This mitigates the effects of hydraulic shocks, protecting pipelines and fittings from damage, reducing the risk of failures, and extending the overall lifespan of the network.
How the module works
- Collects data from specialised devices that measure pressure and temperature in the network
- Allows users to annotate alarms, shows them on a map and helps analyse hydraulic shocks in relation to data from other devices in the network
Benefits
- Minimises the impact of hydraulic shocks
- Enables network analysis in relation to hydraulic shock events
- Optimises operational costs related to network modernisation and repairs
Implementation requirements
- GIS database
- Dedicated devices
- SmartFlow Water Loss module implemented
Our proven collaboration framework
Implementing SmartFlow in your organisation follows a trusted process that ensures support at every stage.
Collaboration framework
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Collaboration start
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Scope and priority definition
Identifying key focus areas and objectives for your organisation
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Optional audit
Analysing the network for smooth platform’s implementation and providing recommendations tailored to the organisation’s goals and capabilities
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Tailored implementation proposal
Preparing a detailed implementation plan and schedule that reflects the company’s specific needs and the required functional scope
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System configuration and integration
Connecting SmartFlow with your data sources (GIS, SCADA, billing systems, water meter databases, noise loggers, etc.)
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Testing and pilot phase
Launching SmartFlow in a limited scope using actual operational data
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Full platform deployment
Making the platform ready for daily use, with either selected modules or the full set
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Post-implementation support
Providing ongoing assistance and enabling further development of the platform
Fast and predictable execution
- Implementation timeframe – a typical rollout takes between 1 and 5 months, depending on the project scope
- Minimal effort – the process requires only 10 working days of involvement from your teams, ensuring smooth deployment without disrupting their daily operations
- Scalability – the platform can be rolled out in stages, starting with a single module and expanding according to your organisation’s priorities
- A-Z support at every collaboration stage – covering analysis and audit, system integration and configuration, as well as post-launch oversight
See how SmartFlow works
The demo version gives you access to a system deployed in a selected area of up to three DMA zones. It allows you to monitor a chosen section of the network, explore the Water Loss Detection module, and use reporting features.
The demo can also include training for your teams on SmartFlow’s capabilities, an initial network assessment, and the analysis of key inputs needed before a full platform deployment across your organisation.
Let’s stay in touch
