Capture Real-World Space Utilization
- An anonymous count, room by room: people walking the corridor are not counted.
- No personally identifiable information ever leaves the sensor: it counts people, it never identifies them.
Space use intelligence for higher education
Quodus.ai turns space inefficiencies into academic opportunities by uniting real-world usage data with the timetable in your SIS or scheduling software, for truly actionable insights.
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Select a stage to stop on it
An X-ray of your timetable. Quodus compares what you planned with what actually happened, hour by hour and room by room. It brings out the opportunities the plan alone keeps hidden.
Space utilization
Planned90%
Bookings not used−10%
Bookings partially used−13%
Reality67%
Planned use and free use are not two products. Most institutions run both, in the same building, often on the same floor. What changes is what gets measured and who the answer is for.
Spaces with academic timetabling behind them.
The challenges this answers
Spaces used without any timetabling behind them.
The challenges this answers
One sensor on the ceiling of each space is the whole installation: it counts what is underneath it and nothing else. Three kinds of space ask three different questions, so there are three ways of measuring.
Classrooms, laboratories, seminar rooms
A people-counting sensor on the ceiling returns one number for the whole room, every time it reads it.
Libraries, study rooms
A desk-occupancy sensor over a shared table reads each place on its own: actively used, with somebody sitting there; passively used, with a laptop or notes on the desk and nobody at it; or free.
Offices and staff spaces
A motion sensor gives an office the one answer it needs: whether it is in use or free.
Energy efficiency
The sensors that count your rooms can run their air conditioning too: off when a room empties, on before each class. Through your BMS, your AC system's web panel or our API.
We integrate with all major Higher-Ed SIS, scheduling and timetabling systems, and with any other through an API, a database, a shared file or a spreadsheet, so your scheduling data is always up to date.
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Each office that decides on space asks the rooms a different question. Pick yours.
Every school and program side by side: sessions held, attendance, and how full their rooms are.
Your school's sessions, attendance and room use, so a request for space arrives with the measurements behind it.
Slots never held, canceled courses still in the SIS, unrecorded room changes: each becomes a task to fix the timetable.
How many classrooms are in use at the busiest hour of the week, against how many you own.
How often each room is used and how full it gets, room by room across the campus.
The hours each room had anyone in it, so HVAC, lighting and cleaning can follow real occupancy.

"The University of West Timisoara successfully implemented the space optimization project with over 430 spaces in just two weeks. Quodus managed the entire deployment process smoothly. We were impressed by their ability to work during the academic year, even coordinating night shifts, to ensure minimal disruption to our operations."
Vlad Petcu
Deputy General Administrative Director
West University of Timisoara
How Quodus measures each room, sets it against the timetable, and turns the difference into decisions.
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Last week we were in Anaheim for the NACUBO 2026 Annual Meeting, showing business officers how real room usage turns square footage into a strategic asset.

Last week we were in Scottsdale for Tradeline's College & University Facilities 2026, showing facility and space planners how much of a campus is booked but never used.

Last week the Quodus.ai team was in Nashville for the EDUCAUSE 2025 Annual Conference, showing at stand E3 how real usage data finds the space a campus already has.