Aravolta runs alongside your BMS and EPMS or replaces them. One node on your management network reads every device and every branch circuit meter, so your NOC, your billing, and your tenants work from the same numbers. Live in about two weeks.
“What used to take an engineer three hours now happens in minutes. That's real time back for our team.”
“We went from manual tracking to real-time branch circuit and tenant-level visibility in weeks, not months.”
Per-cabinet power against each tenant's license, with every peak over the cap captured and logged from the same reads you bill from.
Each cabinet's A and B circuits read into the node every minute, against the tenant's license.
When a tenant runs over, the event is logged with its start, peak, amount over, and duration.
Export the period's power, energy, and overages for your billing system, or pull them through the API.
| Cabinet / Zone | Started | Ended | Peak | Over license | Duration |
|---|---|---|---|---|---|
| Cage 7 | Sep 26, 13:59 | Sep 26, 14:10 | 214.20 kW | +14.20 kW (7.1%) | 11m |
| Cage 7 | Sep 25, 21:40 | Sep 25, 22:37 | 209.80 kW | +9.80 kW (4.9%) | 57m |
| Cage 7 | Sep 24, 16:02 | Sep 24, 16:14 | 203.20 kW | +3.20 kW (1.6%) | 12m |
Branch circuit monitoring, an assistant that answers from live data, a network map drawn from the switches themselves, and AI vision on the cameras you already have.
Every circuit in the building is read continuously and mapped to the tenant on it. An overage shows up the moment it happens, and the invoice comes out of the API instead of a spreadsheet.
Ask a question in plain language and get an answer built from live readings, incident history, and asset records across every site. Nobody digs through dashboards to find out what changed.
Open any switch and see what is on the other end of every port. Aravolta draws the graph from LLDP neighbor advertisements and the switch's own forwarding table, so devices that never advertise themselves still appear, resolved to a MAC, IP, and VLAN.
You do not need new cameras. Aravolta reads your existing CCTV streams and runs motion and object detection server side.
The node sits on your management network, with no agents and no middleware. It sweeps the network, fingerprints every device it finds, and hands back live data instead of a PDF report, built for brownfield sites where the asset list went missing years ago.
Node · in your facilityEvery device on the network, with its make, model, serial, MAC, firmware, and manufacture date.
Each device is matched against the library, so it is identified, not guessed at.
Known CVEs and devices past the end of vendor support are flagged.
A device type we have not seen before is onboarded within 48 hours.
Every tenant gets a dashboard out of the box: live draw against their license, kWh consumed, and every peak over cap. You decide what each one sees.
Sample data. What Tenant 14 sees when they sign in.
Send the asset list, make and models, and credentials. The node goes on the management network, scans the subnet, and imports what it finds. Most sites are live in about two weeks.
