When pulse meters are pushed 30× beyond capacity, they saturate. They can't count pulses fast enough. Result: Systematic undercounting. Your billing looks normal while infrastructure operates catastrophically beyond safe parameters.
This isn't theoretical it's what we found at a major U.S. airport. Pipes flowing at 1,200-6,000 GPM through meters rated for 200 GPM. Audible knocking. Visible deformation. Leaks developing at joints. Monthly readings showed "normal."
Typical leak detection time
Emergency vs planned repair cost
Industry Challenges
A stuck irrigation valve runs 24/7. A cooling tower leak drains 200 gallons/hour. A toilet supply line fails on Friday night. You find out on Monday or worse, the next billing cycle.
HVAC systems fighting each other. Equipment running inefficiently during peak demand. Compressors cycling unnecessarily. Your bill shows the symptom, not the cause months later.
Equipment doesn't fail instantly it degrades. Pipe deformation. Mechanical stress. Connection fatigue. By the time it's visible, the emergency is inevitable. Predictive maintenance requires predictive data.
The Aqueduct Approach
Traditional monitoring tells you what happened eventually. Asset Observability tells you why it's happening and what will happen next. Sub-second pulse counting reveals transient events, degradation patterns, and anomalies that hourly or daily readings miss entirely.
Capture flow bursts, pressure spikes, and consumption anomalies invisible to monthly reads.
Algorithms identify deviations from baseline not just thresholds, but behavior changes.
No pipe modifications. No meter replacements. No operational disruption. Install in hours.
Reliable, low-power connectivity designed for large-scale, distributed infrastructure.
Unified Infrastructure Intelligence
✓ Verified Pilot Results
How Aqueduct detected infrastructure failures at a Top 25 U.S. Airport within days issues that monthly readings would have missed for months.
Top 25 busiest • Multi-facility campus
Sensors Deployed
Days to Insights
Critical Issues Found
Operational Disruption
Non-invasive IoT monitoring with LoRaWAN connectivity. No pipe modifications. No meter replacements. Zero operational disruption.
2 water meters + 1 gas meter instrumented with high-frequency sensors
Sub-second resolution caught 0.25-second transient events
Schedule a personalized demo to see Aqueduct detect anomalies, predict failures, and surface insights you didn't know you were missing. We'll show you the platform with your use cases and provide a custom ROI projection.
Global end-to-end smart building platform. AWS Advanced Tier Service Partner.
© 2026 Milvian Group. All rights reserved.