Building sensors, meters and controllers, chosen per site
Aqueduct reads any device that emits telemetry, from meters and air sensors to cameras and controllers. Partners fit every device.
Connect what the site already has, then add devices only where it is blind.
Existing meters and BMS points come online before anything is bought
- Gaps only
New devices go where no reading exists, sized to the pipe, panel or room.
- Health per device
Connection reliability and battery or capacitor voltage are continuously monitored for each device, enabling predictive maintenance to avoid data loss.
LoRaWAN air quality sensors for every occupied zone
An air quality sensor measures conditions such as CO2, VOC, PM2.5, temperature and humidity in the zone it covers.
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LoRaWAN GPS asset trackers for shared equipment
An asset tracker is a battery device fixed to movable equipment. It reports position from GNSS satellites, or Wi-Fi and Bluetooth where satellite.
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Restroom monitoring sensors for running fixtures and cleaning
Restroom monitoring pairs an air sensor for odor, sound and occupancy with a compact water meter on the restroom supply.
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Vision sensors, security cameras and camera meter reads
Aqueduct works with three kinds of camera. Security cameras stream video. Vision sensors analyze their own feed and send only counts and events.
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BACnet controllers, relay switches and valves for equipment control
Aqueduct acts on equipment two ways: LoRaWAN relay switches and valves for simple loads, and a field device network controller that speaks BACnet.
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Electricity sub-metering and power monitoring hardware
Electricity sub-meters sit below the utility meter and measure each tenant, floor, feeder or major load.
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Gas sub-metering for boilers, kitchens and tenants
Aqueduct reads pulse, camera and bridged Modbus or M-Bus gas meters and reports in cubic feet, CCF, therms or cubic meters, with hourly flow.
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LoRaWAN and IP gateways for site connectivity
A gateway carries device readings from the site to the cloud. LoRaWAN gateways provide connectivity for long-range wireless sensors, while IP.
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LoRaWAN pulse counters and splitters for existing meters
A pulse counter reads the pulse output of an existing water, gas or electricity meter, where each pulse is a fixed quantity, and sends the count.
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Smart water meters for buildings, from the main to every line
A smart water meter reports consumption automatically instead of waiting for a manual read.
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Hardware brands Aqueduct works with
Aqueduct works with meters, sensors, gateways and controllers from Milesight, MultiTech, Synetica, Elsys and other LoRaWAN and metering.
Read moreHow each kind of device reaches the cloud
| Protocol | Typical devices | Path to Aqueduct |
|---|---|---|
| LoRaWAN | Battery meters, air sensors, trackers, relays and valves. | LoRaWAN gateway. |
| Pulse | Meters that already emit pulses. | A counter on the meter. |
| Modbus and M-Bus | Electricity, water and gas meters. | A bridge, or the same controller that serves BACnet. |
| BACnet | AHUs, RTUs, chillers and VAV boxes. | Field device network controller. |
| MQTT over IP | Ethernet and Wi-Fi devices and controllers. | IP gateway or direct. |
Device agnostic, with leading manufacturers.
Exact make and model are selected per site. These are some of the manufacturers and standards Aqueduct works with.
sites in 21 countries run on Aqueduct.
and 9 clinics in one of India’s top hospital chains.
US airport running water intelligence on Aqueduct.
of commercial real estate under Aqueduct.
FMCG manufacturing campus.
operations run on Aqueduct.
Related
Common questions
Aqueduct reads water, electricity and gas meters, air quality sensors, asset trackers, restroom sensors, cameras and controllers, provided the device sends telemetry. Connections run over LoRaWAN, BACnet, Modbus, M-Bus or pulse outputs. See hardware brands.
Yes. A camera meter reader fixed in front of the dial photographs its face, and computer vision in the cloud turns each image into a reading. The old meter stays in place and starts feeding interval data. See cameras.
No. Milvian AI builds the platform, and integration partners supply, fit and commission meters, sensors and gateways to a site survey. Each device is placed in aQ Atria so its data lands in the right zone. See integration partners.
A site survey lists the meters and BMS points that already report. It then marks where the water balance, energy balance or a zone has no reading. Purchases are limited to the blind spots the survey found. See keeping your BMS.
See Aqueduct on your own facility.
Bring a site, a utility bill or a question. We will show you where the loss is.