OpenFlows WaterSight
OpenFlows WaterSight is an operational water-network digital twin: it connects live utility data to network context so teams can monitor anomalies, leakage, pump performance and emergency scenarios continuously.
Use the network model to test hydraulic decisions before they reach the field.
OpenFlows WaterSight is an operational water-network digital twin: it connects live utility data to network context so teams can monitor anomalies, leakage, pump performance and emergency scenarios continuously.
Compare hydraulic scenarios before committing capital or operational changes.
Connect network data, engineering models and design decisions with fewer manual handoffs.
Apply live SCADA, GIS, IoT and model data unification where that capability directly supports the project decision.
Hydraulic and operational functions for system-level decisions.
Only capabilities supported by the reviewed source-controlled product record are shown here. CTtec adds engineering context without reproducing Bentley marketing copy.
Live SCADA, GIS, IoT and model data unification
Leak/anomaly detection and network monitoring
Pump efficiency and emergency-response simulation
System data in. Calibrated scenarios and design decisions out.
The sequence is assembled from the product's reviewed capability/application data and CTtec discipline vocabulary. It is a project-use model, not a claim that every project follows an identical process.
Engineering inputs
Network topology, assets, demand/loading data, operating rules and field/GIS information
Core engineering work
Live SCADA, GIS, IoT and model data unification
Validation & review
Leak/anomaly detection and network monitoring
Project outcome
Utility control-room analytics. Hydraulic decisions, design scenarios and operational planning outputs
Connected handoff
SCADA, GIS, AMR/AMI, CRM and hydraulic models
Network decisions where scenario comparison matters.
These application areas come directly from the reviewed product record. They are presented as decision contexts rather than padded with repeated generic prose.
Utility control-room analytics
Leakage and non-revenue-water programs
Operational digital-twin use cases

Connect network behaviour, operational context and capital planning.
OpenFlows WaterSight is an operational water-network digital twin: it connects live utility data to network context so teams can monitor anomalies, leakage, pump performance and emergency scenarios continuously.
- Live SCADA, GIS, IoT and model data unification
- Leak/anomaly detection and network monitoring
- Pump efficiency and emergency-response simulation
Bentley public reference. CTtec commercial pricing. Two different sources.
Reference values are the reviewed Bentley public snapshot. CTtec UAE, India and UK values are commercial settings managed independently in Admin and may differ from Bentley's website.
Request pricing from Bentley
Checked 2026-09-13 · Request pricing from Bentley
Use the Bentley source link for the current source state, then ask CTtec for regional commercial options.
India
Admin-managed INR commercial state. No automatic conversion from Bentley reference values.
Choose the OpenFlows workflow that matches the hydraulic question and network scale.
Selection guidance is CTtec engineering editorial based on the reviewed product scope. It is intended to support tool choice, not replace project-specific engineering judgement.
Use WaterSight after a utility has reliable GIS/SCADA/IoT data and needs operational analytics.
OpenFlows Water remains the engineering model for planning/design and can supply the hydraulic model behind operational workflows.
- Confirm the current Bentley system requirements and licensing terms before deployment.
- Validate project data standards, coordinate systems, units, and exchange formats during implementation planning.
Interfaces, handoffs and adjacent Bentley applications.
Connections are shown only where they are present in the reviewed product record. Public links are provided only for products currently published on CTtec.
Questions to resolve before the tool becomes part of the project workflow.
Answers use the reviewed product data, CTtec engineering editorial, and a clear separation between Bentley public reference pricing and CTtec regional commercial terms.
When should an engineering team choose OpenFlows WaterSight?
Use WaterSight after a utility has reliable GIS/SCADA/IoT data and needs operational analytics. OpenFlows Water remains the engineering model for planning/design and can supply the hydraulic model behind operational workflows.
What engineering work does OpenFlows WaterSight support?
Live SCADA, GIS, IoT and model data unification; Leak/anomaly detection and network monitoring; Pump efficiency and emergency-response simulation.
What project applications are a good fit?
Utility control-room analytics; Leakage and non-revenue-water programs; Operational digital-twin use cases.
How does OpenFlows WaterSight connect to the wider engineering workflow?
The reviewed workflow references SCADA, GIS, AMR/AMI, CRM and hydraulic models. Confirm project-specific exchange requirements during implementation planning.
Is the Bentley public price the same as CTtec regional pricing?
No. Bentley public reference pricing is stored as a dated source snapshot. CTtec UAE, India and UK commercial pricing is managed independently in Admin and is not produced by currency conversion.
What should the team check before deployment?
Confirm the current Bentley system requirements and licensing terms before deployment. Validate project data standards, coordinate systems, units, and exchange formats during implementation planning.
Review model scope, data readiness and commercial fit with CTtec.
Discuss engineering fit, Bentley reference context, CTtec regional commercial pricing, implementation planning and connected workflows for OpenFlows WaterSight.