System Intelligence
From GIS geometry to network connectivity
A living network model that answers operational questions instantly. Know which valves isolate any segment, how many customers are affected, and what happens when conditions change—without calling a consultant.
Network Impact Analysis
See exactly who loses service when any asset fails
The Challenge
GIS captures geometry, not connectivity — can't answer operational questions like which valves isolate a pipe or how many customers are affected
See It In Action
See exactly who loses service when any asset fails
Network Impact Analysis
See exactly who loses service when any asset fails
What You Get
Unified asset registry from GIS, spreadsheets, and legacy systems
Automatic network topology with flow paths and isolation zones
Instant customer impact analysis for any asset
Consequence of Failure (CoF) scores for every pipe and node
Problems This Solves
Sound familiar? You're not alone.
GIS Can't Answer Operational Questions
Maps show where pipes are but can't answer which valves isolate a segment or how many customers are affected
Manual Network Tracing for Valves
Staff manually trace network on screen or in field to identify isolation valves — time-consuming and error-prone
Can't Calculate Customer Impact
No way to quickly determine how many customers or which critical facilities would be affected by a shutdown
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