Geospatial Intelligence for Smarter Water Cycle Management
Whether you are a water utility, municipal company, or working on a project, we help transform the way you manage water supply, sewer, and urban drainage systems. Through integrated GIS technology we deliver sustainable, data-driven decisions that improve operational efficiency, hydraulic modelling and master plans to build resilient infrastructure.
Transform Your Network Management
Implementing GISWATER technology in Water and Sewer Utilities
WATER CYCLE MANAGEMENT
Water Management GIS Tool Set up and Implentation.
GISWATER
We use integral GISWATER tool from asset mapping to Operations & Maintenance, Hydraulic Modeling and Network Planning all in one QGIS Desktop.
- Consult User (View & query GIS data only – no editing) - Managers , customer service
- Edit User (Add, modify, delete GIS data) - Network technicians, asset managers
- Operation and Maintenance Users ( Use GIS at the location of network element e.g Leak - NRW team, Incident response
- Hydraulic Modelling Use - Determine network flows, pressures, simulate scenarios - Hydraulic engineers
- Master Plan User - Plan new networks, calculate values, run expansion scenarios - Infrastructure planners, finance teams
- GIS Administrator - Full elevated privileges – user mgmt, schema changes, backups - IT/GIS leads
Measure your Water Losses, Water balances, pressures, flows
Hydraulic Modelling
We combine GIS, engineering data and operational information to understand how your water system performs today and in future conditions
- Optimise System Design - Meet current and future demand by optimising pumps, valves, tanks and other system controls.
- Leak Detection and Network Performance - Compare modelled and actual flows and pressures to identify unusual network problems.
- Emergency Planning - Simulate events and assess their effect on the network so as to support emergency response planning, isolation strategies and alternative supply routes.
- Water Quality Management - Identify areas with low circulation or prolonged retention.
- Regulatory and Operational Compliance - Meet applicable supply, capacity, pressure and operational requirements.
- Planning for Future Growth - Test future demand and proposed network expansions to determine whether the system has sufficient capacity to serve existing and new customers.
Concept and detailed design, master plan, optimization, sectorization, pressure management
Design of Water Networks
We design efficient and reliable water distribution networks that support both current demand and future growth. Our services cover the full design process, from planning and network assessment to detailed engineering design.
Concept & Detailed Design – Network layout, sizing, hydraulic analysis, and engineering drawings.
Master Planning – Long-term water supply and distribution planning based on demand, growth, and available resources.
Network Optimization – Hydraulic analysis to improve capacity, reliability, efficiency, and service levels.
Sectorization – Division of networks into manageable zones for improved monitoring, operation, and Non-Revenue Water (NRW) management.
Pressure Management – Analysis and design of pressure control measures to maintain appropriate pressures, reduce leakage, and protect network assets.
Calculation of balances, losses, design and planning of field measurements, and data analysis.
Non-Revenue Water
We help water utilities identify, measure, and reduce water losses through systematic Non-Revenue Water (NRW) assessment and management.
- Loss Estimation – Assessing water balances and estimating physical and commercial losses.
- Field Measurement Planning – Designing field surveys and measurement programmes for flow, pressure, consumption, and other network data.
- Field Data Analysis – Analysing measurement results to identify loss patterns, priority areas, and potential causes.
- NRW Planning – Using the findings to support targeted interventions for reducing water losses and improving network efficiency.
GIS INTEGRATION
Use GISWATER from a web browser
GISWater Web GIS Integration
We integrate GISWater, GIS, hydraulic modelling, and web-based mapping to provide utilities with a connected platform for managing water network data and operations.
- GISWater Implementation – Set up and configure GISWater for water/sewer network asset management and hydraulic modelling.
- GIS Integration – Connect spatial data, network assets, hydraulic models, and operational information in one system.
- Web GIS – Publish interactive maps that allow teams to view, query, and manage network information from computers and mobile devices.
- Mobile Data Collection – Support field teams with mobile tools for asset inventory, inspections, updates, and field verification.
- Data Synchronization – Establish workflows for keeping field, GIS, and hydraulic model data consistent and up to date.
- Operational Mapping – Provide web maps and dashboards to support network monitoring, maintenance, planning, and decision-making.
Use GISWATER on mobile device
Mobile Device Integration
We connect mobile devices with GIS and water network systems to support field data collection, asset management, inspections, and real-time updates.
Our services include:
- Mobile GIS Setup – Configure mobile applications for mapping and managing water network assets.
- Field Data Collection – Capture asset locations, attributes, photos, inspections, meter readings, and other field information.
- GISWater Integration – Connect mobile field workflows with GISWater and the central network database.
- Offline Field Work – Enable teams to collect and update data in areas with limited or no internet connectivity.
- Real-Time Updates – Synchronize verified field information with the central GIS for faster updates and improved data accuracy.
- Field Operations – Support work orders, maintenance activities, asset verification, and network inspections from mobile devices.
Integrate GISWATER with billing system
Customer Information System Integration
We integrate GISWATER with Customer Information Systems (CIS) to connect connections with the physical water network and improve service management.
- CIS–GIS Integration – Link customer accounts, meters, properties, and service connections to their geographic locations.
- Customer Mapping – Map customers and connections against the water distribution network.
- Network & Customer Data Integration – Connect customer, billing, meter, and network asset information for a complete view of the service area.
- Service Connection Management – Support identification, verification, and management of customer connections.
- Web GIS Access – Provide interactive maps for viewing customer and network information based on user access rights.
- Operational Analysis – Support NRW assessment, meter management, service planning, maintenance, and customer service using integrated spatial and customer data.
CAPACITY BUILDING
Capacity building on GISWATER use roles
GIS User Roles
Our GIS solutions provide role-based access, allowing each team to use the system according to their water management responsibilities.
- Consult User – View and query GIS information without editing. Suitable for managers and customer service teams.
- Edit User – Add, modify, and delete GIS data. Suitable for network technicians and asset managers.
- Operations & Maintenance User – Use GIS in the field to locate network assets, record issues such as leaks, and support maintenance and incident response. Suitable for NRW and response teams.
- Master Planning User – Plan new networks, perform calculations, and assess network expansion scenarios. Suitable for infrastructure planning and finance teams.
- GIS Administrator – Manage the GIS environment with full privileges, including user access, database structure, system configuration, and backups. Suitable for IT and GIS leads.
Capacity building on mobile data tools
Mobile Data Collection
We provide mobile GIS solutions that enable field teams to capture, update, and verify water and sanitation network data directly from the field.
- Asset Data Collection – Capture locations, attributes, photos, and condition information for pipes, valves, meters, manholes, hydrants, and other network assets.
- GPS Mapping – Record accurate asset locations and field observations using mobile devices.
- Offline Data Collection – Continue working in areas with limited or no internet connectivity and synchronize data when connected.
- Field Verification & Updates – Verify existing GIS information and update changes directly from the field.
- Inspection & Maintenance Records – Record leaks, faults, inspections, repairs, and other operational activities.
- GIS Integration – Synchronize field data with the central GIS, GISWater, and web GIS platforms for up-to-date network information.
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