Resources
Guide and PDF

The hardware capabilities guide: every device bundle Aqueduct reads and controls

The Aqueduct hardware capabilities guide is a free Milvian AI catalogue of the sensing and actuation Aqueduct supports. It groups devices by capability, from air quality and occupancy to electricity, gas and water metering, bathroom monitoring, asset tracking, cameras, controllers, gateways and pulse counters, and lists the data points each bundle reports.

Circuit breakers in a distribution board
Free PDF

The Aqueduct Hardware Capabilities Guide

What is inside
  1. How to read this guide
  2. Air quality, occupancy, sound and weather
  3. Bathroom monitoring
  4. Electricity metering, sub-metering and power monitoring
  5. Gas metering and sub-metering
  6. Water metering, sub-metering and waste events
  7. Pulse counters and splitters
  8. Controllers, relays, valves, cameras and asset tracking
  9. Gateways and secure communications

For: System integrators, facility engineers, MEP engineers and IT teams planning what to connect to Aqueduct and how.

Testing wiring in a control panelPDF guideThe Aqueduct Hardware Capabilities Guide
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Questions

Common questions

Aqueduct supports anything that emits telemetry. The capability catalogue covers air quality and occupancy, asset tracking, bathroom monitoring, cameras, controllers, electricity, gas and water metering, gateways, and pulse counters and splitters.

We do not sell hardware as our core business. Aqueduct is device agnostic, and installation runs through partners. The guide describes capabilities and data points rather than specific products.

Usually yes. Meters with a pulse output connect through a LoRaWAN pulse counter, Modbus and M-Bus meters connect through bridges, and camera meters read the face of an existing meter using computer vision.

No. A pulse splitter shares one meter pulse output between the existing BMS or EMS and an Aqueduct pulse counter, so legacy monitoring keeps working.

Most battery-powered LoRaWAN sensors send data points at intervals between five and sixty minutes, depending on the device and setting. Aqueduct's digital twins refresh every 60 seconds from incoming telemetry.

It combines odor (H2S and methane), sound levels, PIR occupancy, VOCs and a water meter. Running water with nobody present, for example, points to a stuck flush valve or leaking fixture.

Yes. It downloads as a PDF after a short form.

See Aqueduct on your own facility.

Bring a site, a utility bill or a question. We will show you where the loss is.