Water Quality Monitoring
Continuous sensor telemetry for turbidity, pH, chlorine residual, conductivity, and temperature. Threshold-based alerting with escalation paths built to your district's SOPs.
Water Quality module
Predictive Water Infrastructure Analytics
Know which pipe fails before it does.
Watsynq correlates pressure transients, soil moisture, and pipe vintage to surface the 200-meter segment most likely to fail next quarter — so your crew digs once, not three times.
~4,200
pipe segments scored daily
11
utilities in active pilot
62%
median emergency dig reduction
The field reality
The average utility digs 2.7 times before finding the right 200-meter segment.
Each false positive costs $18,000 in labor, traffic disruption, and pavement restoration — before you've fixed a single inch of pipe. When you're managing 400 miles of distribution line installed between 1962 and 1985, "zone-level guesses" compound into a capital budget crisis. Watsynq doesn't replace your engineering judgment. It sharpens your targeting so that when your crew mobilizes, they're digging in the right place the first time.
How risk scoring works
The Platform
Three layers of water intelligence
One connected platform. Each module works independently in pilot — or together for full predictive maintenance coverage.
Network Analytics
ML model fuses pressure transients, soil moisture, and pipe vintage into a segment-level risk score updated daily. Surfaces the 200-meter segment most likely to fail next quarter.
Network Analytics moduleAlert Engine
Actionable alerts, not noise. Priority-filtered dispatch orders with GPS coordinates, segment ID, and recommended dig spec routed to the right crew via PagerDuty, email, or SMS.
Alert Engine module
How Watsynq works
From telemetry to targeted dig order in three steps
01
Connect
Ingest live telemetry from your existing SCADA, GIS, and sensor infrastructure. No new hardware required for pilot. We connect to OSIsoft PI, ESRI ArcGIS, and standard MODBUS endpoints.
02
Correlate
Our ML engine fuses pressure transients, soil moisture index, pipe vintage, and historical break records into a 0–1 risk score per 200-meter segment, updated nightly.
03
Act
Field-ready dispatch order delivered with GPS coordinates, segment ID (e.g., SEG-0447), recommended dig specification, and estimated failure timeline. Your crew arrives with a plan.
Risk map dashboard
See your entire district's pipe risk at a glance
The Watsynq risk map overlays your GIS pipe network with heat-mapped segment scores. Amber and red segments are ranked by probability of failure within 90 days — not guesses, but scores built from your district's own telemetry history.
Zoom to any segment, pull the full risk profile, and export a dig-ready field order directly to your maintenance management system.
Explore Network Analytics
62%
fewer emergency digs across active pilots
4,200+
pipe segments risk-scored every 24 hours
11
utilities in active Watsynq pilot
Field proof
Proof from the Southwest
58%
Sonoran Metro Water Authority · Phoenix metropolitan area
"Before Watsynq, our crew averaged 2.8 digs before confirming the right segment. In year one of the pilot, we reduced unplanned main breaks by 58% and cut our emergency dig budget by roughly $1.1M. The risk map showed us where to look — the rest was our crews doing what they do."
— Director of Infrastructure Operations, Sonoran Metro Water Authority
Read the full case study
Compatible integrations
Connects to your existing SCADA and GIS stack
No rip-and-replace. Watsynq ingests data from the infrastructure management software your team already uses.
ESRI ArcGIS
OSIsoft PI / AVEVA
Xylem Sensors
Schneider EcoStruxure
MODBUS / DNP3
Integration compatibility does not imply endorsement or partnership. Logos represent integration support for data ingestion only.
Start in 14 days
See your district's risk map in 14 days.
We ingest your existing telemetry — no new hardware required for the pilot phase. Connect to your SCADA and GIS stack, and your first risk-scored map is ready within two weeks.