Every Aqueduct feature, one problem at a time.
Each feature is written the same way: the problem, then the flywheel that resolves it, then what powers it. Outcomes lead, and modules appear only as powered by.
Water intelligence
Powered by WaterGuard · 10 featuresEnergy efficiency
Powered by EnergySmart · 10 featuresHealthy air
Powered by AirSafe · 8 featuresFacility operations
Powered by aQ PredictIQ on aQ Core · 15 featuresEvery feature solves one problem, then proves the result at the meter.
Leaks, losses and treatment, from inlet to last tap
- Leak detection
Unaccounted loss from the live balance, located to the node and priced per month.
- Water balance
Supply equals use plus loss, shown as an equation that refreshes every 60 seconds.
- Burst and network loss
Rate of change and night flow catch bursts, and district balances locate network loss.
Waste named, demand managed, savings verified
- Weather normalized baselining
Regression on usage plus cooling and heating degree days sets the expectation before any claim.
- Peak demand
Loads staggered and spaces pre-cooled where control is enabled, with command history kept.
- Load disaggregation
The live single line splits the whole-site number by source, feeder and equipment.
Healthy zones and equipment that keeps running
- Air by zone
CO2, particulates and VOCs read against occupancy, with exposure tracked in zone-hours.
- Faults and failures
FDD for faults that happened, predictive maintenance for early signs before they do.
- Assets and twins
Every asset's state and health, inside a live twin built from what you actually have.
Point tools, before and after Aqueduct
- Each problem gets its own tool and its own dashboard.
- Alerts arrive with no diagnosis and no next step.
- Water, energy and air data never meet in one place.
- Savings are estimated, then reported as results.
- Every new feature means another vendor and integration.
The Aqueduct way- Every feature reads from one data layer in aQ Core.
- Each finding carries a cause and a recommended fix.
- Water, energy and air sit side by side with equal weight.
- Every saving is verified at the meter against a baseline.
- New features switch on over the same connected devices.
Where teams put it to work
Find every leak and loss
Leak detection, water balance, burst detection and non-revenue water, all built on the same live water twin and verified at the meter.
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Cut waste and demand
Weather normalized baselining, measurement and verification, peak demand and load disaggregation, all running on the live electric twin.
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Faults fixed, failures prevented
Fault detection, predictive maintenance, asset monitoring and digital twins, with every repair confirmed by the equipment itself and the meter.
Learn moreCommon questions
Aqueduct covers water (leak detection, water balance, non revenue water, burst detection), energy (weather normalized baselining, measurement and verification, peak demand, load disaggregation), air (IAQ, CO2, particulate and VOC monitoring) and operations (fault detection and diagnostics, predictive maintenance, asset observability, digital twins).
No. Features run on one data layer, aQ Core, so you can start with one outcome such as water or energy and add the rest later without a new integration.
It acts. Faults are routed into your CMMS with a recommended fix, setpoints and schedules adjust where control is enabled with owner approval, and every result is verified at the meter.
Milvian AI holds ISO/IEC 27001, ISO 9001:2015 and SOC 2 Type 2, is an AWS Advanced Tier Partner and can deploy on premises with AI on NVIDIA infrastructure.
See Aqueduct on your own facility.
Bring a site, a utility bill or a question. We will show you where the loss is.