Fragmented data
Points, units, timestamps and overrides rarely line up into one usable picture.
Building energy optimization that knows when not to act.
Qorina reads your BMS, meter and sensor data, finds the waste worth fixing and acts only when the evidence is strong enough. When it isn’t, it holds or hands the decision to your team.
Why buildings drift
Most BMS setups aren’t badly programmed. Nobody is checking them continuously.
Occupancy, weather, energy prices, sensors and manual overrides change every week. The control logic doesn’t. Qorina sits between your building automation, energy data and operations team. It shows where performance has drifted and ranks what to fix first. It starts read-only. Write access comes later, and only if you approve it.
Start with a BMS assessmentHidden constraints
Comfort limits, equipment wear and thermal lag decide what is actually safe to change.
Unverified savings
Changes get made, but few are measured against a baseline anyone trusts.
What Qorina does with your BMS data
From raw building data to the next action worth taking.
Every step works from one model of how your building responds to weather, occupancy and setpoints. The recommendation, the explanation and the measured result always line up.
Map
Reads BMS points, meters and sensors and flags missing, stale or abnormal data.
Model
Models how the building responds to weather, occupancy and setpoint changes.
Prioritize
Ranks actions by expected value, confidence and operating risk.
Explain
Explains every recommendation in plain language your operators can check.
Verify
Measures each change against the baseline and keeps only what delivers.
Safety-critical control stays in your local BMS. Qorina analyzes, recommends and verifies.
Safe changes to your BMS
Your BMS changes only when the data supports it.
Every action passes a confidence check first. If data is stale, conditions have drifted or the expected value is unclear, Qorina does not push the change. It holds, or escalates to your team.
Build the picture.
Combine BMS, meter, weather and operational data into one model of the building.
Measure what is known.
Check data quality, baseline behavior, comfort conditions and expected value.
Choose the safe state.
Recommend or apply an approved adjustment, then verify what changed.
Commit: the evidence supports the change
Hold: wait for more evidence
Escalate: a person makes the call
Services
Start with a snapshot. Scale only when the numbers work.
A paid, fixed-scope assessment comes first. Connected optimization follows only when the technical and economic case is clear.
Step 1 · DiagnoseBMS Data Assessment
Map points, data quality, operating issues and integration options. Ends with a clear call: stop, repair, pilot or connect.
Explore the assessment ↗Step 2 · MonitorContinuous commissioning
Catch drift, overrides, abnormal consumption and equipment faults across the systems you already run.
See how it works ↗
Step 3 · OptimizeBuilding Energy Optimization
Bounded, measurable HVAC optimization driven by weather, energy prices and how your building actually responds.
Explore optimization ↗Trust
Built for teams who have heard black-box promises before.
The path
Four steps. Each one has to earn the next.
01
BMS data assessment
02
Continuous commissioning
03
Portfolio-wide visibility
04
Bounded HVAC optimization
FAQ
Questions property and energy teams ask first.
What is Qorina?
A decision layer on top of your existing BMS. It reads BMS, meter and sensor data, recommends the changes worth making and verifies what they achieved. When the data isn’t good enough, it holds or passes the decision to your team instead of guessing.
Do we need to replace our BMS?
No. Qorina works alongside the systems already in the building. Safety-critical control stays in your local BMS.
Will Qorina control our building?
Not by default. Deployments start read-only and advisory. Write access is optional, limited to approved points and hard operating limits, with human oversight and a safe fallback if data or communication fails.
How much energy will we save?
We don’t quote a universal percentage before seeing your building. The assessment establishes a baseline, the data quality and a realistic opportunity range. Savings are reported only after measurement against that baseline.
What does the assessment need from us?
Usually a BMS point export or temporary read access, meter or utility data, and a short session with the person who runs the building. We scope the rest with you.
What do commit, hold and escalate mean?
Commit: the evidence supports the change, so it is recommended or applied within agreed limits. Hold: the evidence is not strong enough yet, so nothing changes. Escalate: the decision needs human judgment, so it goes to your team with the reasoning attached.
How is our data handled?
Only the data the agreed service needs. Access roles, data locations, retention and incident handling are set out in writing, including a DPA, before production processing starts.
Technology ecosystem
Qorina is designed to run alongside existing building systems, with local compute and cloud infrastructure selected for each deployment.
Aether Applied
Get more out of the BMS you already have.
Aging sensors, fragmented data, an operations team chasing the same alarms every week? Start with a focused assessment and get a clear answer on what is worth fixing.
