More capacity from the data center you already run
Edviro fits a physics model to your BMS, EPMS, PDU and sensor data. It shows how much more load each pod can carry inside your own temperature and power limits, and lists the changes that would free that capacity up. Your team makes every change.
Read-only. Nothing new installed. Your team approves every change.
What does Edviro do for data centers?
Edviro is an AI facilities crew for data center operations. It reads existing BMS, EPMS, PDU and sensor telemetry with read-only access and fits a physics model to the site. The model shows how much cooling and power headroom each pod has, which of the two runs out first, and what a setpoint change, a unit failure or an upgrade would do. The team can then run closer to what the building can carry without adding downtime risk. Edviro also ties related alarms to one likely cause and drafts the fix for an operator to approve.
Where the capacity usually is
An existing site often has capacity it isn’t using, for reasons like these.
Example: a capacity plan for one pod
Each line is a change your team can approve, with what it does for the pod. Nothing is sent to the BMS.
%20--%3e%3cdefs%3e%3cstyle%3e%20.st0%20{%20fill:%20url(%23linear-gradient2);%20}%20.st1%20{%20fill:%20url(%23linear-gradient1);%20}%20.st2%20{%20fill:%20url(%23linear-gradient);%20}%20%3c/style%3e%3clinearGradient%20id='linear-gradient'%20x1='55.6'%20y1='499.4'%20x2='2.3'%20y2='449'%20gradientTransform='translate(0%20502)%20scale(1%20-1)'%20gradientUnits='userSpaceOnUse'%3e%3cstop%20offset='0'%20stop-color='%23097f42'/%3e%3cstop%20offset='1'%20stop-color='%23009248'/%3e%3c/linearGradient%3e%3clinearGradient%20id='linear-gradient1'%20x1='59.8'%20y1='470.4'%20x2='3.5'%20y2='419'%20gradientTransform='translate(0%20502)%20scale(1%20-1)'%20gradientUnits='userSpaceOnUse'%3e%3cstop%20offset='0'%20stop-color='%23088042'/%3e%3cstop%20offset='1'%20stop-color='%23009f4c'/%3e%3c/linearGradient%3e%3clinearGradient%20id='linear-gradient2'%20x1='69.4'%20y1='434.2'%20x2='5.7'%20y2='401.1'%20gradientTransform='translate(0%20502)%20scale(1%20-1)'%20gradientUnits='userSpaceOnUse'%3e%3cstop%20offset='0'%20stop-color='%23028a45'/%3e%3cstop%20offset='1'%20stop-color='%2300a44e'/%3e%3c/linearGradient%3e%3c/defs%3e%3cpath%20class='st2'%20d='M73,0c-.7,6.4,0,10.3-3.2,16.5-5,9.9-16.8,10.6-26.4,12.9-5,1.2-9.5,2.4-14.4,4.1-6.9,2.4-11.9,4.9-16.8,8.5-4.3,3.1-8.1,6.8-11.4,11s-.6.7-.9,1.1c0-13.4-.1-26.1,9.6-36.7C19.8,6.3,34,2.4,48.4.8,53.5.2,69.9,0,73,0Z'/%3e%3cpath%20class='st1'%20d='M70,31.5v.5c.3,28.1-21.8,29.7-43.1,35.2-8.4,2.2-21.2,9.6-26.2,16.9-.3,0-.7-4.5-.7-6.5-.1-32.1,32.1-38.2,56.9-43.1,4.2-.8,8.9-2.1,13.1-2.9Z'/%3e%3cpath%20class='st0'%20d='M68.8,63v.8c-.5,8.9-2.1,17.1-8.6,23.8C47.7,100.4.2,100,.2,100c-.1-1.7,1.7-6,2.4-7.5,8.3-16.7,28.7-17.9,44.6-21.8,7-1.7,15.2-4.3,21.5-7.7Z'/%3e%3c/svg%3e){kind=small}
All sites / Site A · Pod 3FMQuestions you can put to the model
Edviro fits a physics model to your own telemetry and recalibrates it as load and layout change. It is far cheaper to run than a CFD study, so you can ask it things like these before touching the floor.
How it works
Connect
Edviro reads your BMS, EPMS, PDU and sensor feeds. Access is read-only.
Model
It fits a physics model to the site and shows modeled against measured temperatures, so you can check it.
Plan
You get a 7-day and a 30-day plan of the changes that free up capacity or lower PUE.
Review
Your team decides which changes to make, and makes them.
Verify
Edviro checks the telemetry to confirm the change did what the model said, and updates the model.
Uptime comes first
A change only goes on the plan if the model shows the site staying inside your own limits.
Capacity, cooling and alarm diagnosis
Headroom, pod by pod
The model shows how much load each pod can take before inlets cross the design limit, and what a setpoint change or a new row would do. It’s checked against the temperatures your sensors measure.
Capacity and cooling →No alarms, just fixes
Day to day, Edviro ties related alarms together and names the likely cause, with the evidence attached. Operators get a short list of what to fix, and nothing goes out until someone approves it.
Alarm diagnosis →What it connects to
Edviro connects to major DCIM, BMS, EPMS and PDU systems through open protocols or APIs.
Common questions
Does running closer to capacity raise the risk of downtime?
The plan only includes changes the model shows staying inside your own inlet and power limits, and you can test each one with a unit down. You see modeled against measured numbers for your site, and your team decides what to change.
Is this for existing sites or new builds?
Mostly existing sites, where the question is how much more load the building can carry. You can also test a design on the model before you build, and we’ll go through that on the demo call.
What data does Edviro need?
Whatever your controls already export: BMS points and alarms, EPMS and PDU power, cooling plant data and environmental sensors. Nothing new gets installed and access is read-only.
We already have a DCIM and a BMS. Why add this?
Those systems collect the data and raise the alarms. Edviro sits on top of them, models what the site can carry, and writes up changes and fixes your team can approve and act on.
Does Edviro control the cooling plant?
No. Edviro reads, diagnoses and simulates. Any change to the floor or the plant stays with your team and your vendors.
How accurate is the model?
It depends on the site and its sensors, so Edviro shows modeled against measured inlet temperatures for every site. In the Pod 3 example the gap is ±0.4 °C.
Does Edviro still handle alarms?
Yes. It reads every alarm, groups the related ones, names the likely cause and drafts one fix for an operator to approve.
See what Edviro finds in your buildings.
Pick a 30-minute slot and we’ll walk through your sites with you.
Book a demoOr email founders@edviroenergy.com