Occupancy management is the ongoing work of measuring how many people use an office and which spaces they use on which days, then adjusting seat supply and policies to match. It sits between occupancy planning, which allocates space to teams on paper, and day-to-day facilities operations. The output is a set of numbers (peak-day occupancy, average utilization by floor, room usage by size) that tell a workplace team whether the office they’re paying for is the office people are using.
The practice covers collecting occupancy data and turning it into decisions a team can act on. The collecting part is where most companies are still catching up. CBRE’s 2026 survey found 83% of organizations track utilization in some form, but a separate CBRE study found 48% still rely on Excel and 48% have no dedicated tools at all.
Office occupancy is also a moving target under hybrid work. JLL’s 2026 benchmark puts global utilization at 56%, up from 49% in 2024, and CBRE reports peak utilization near 80% on the busiest day. A building that averages 56% and peaks at 80% needs managing differently from one that sits at 60% all week.
Each data source answers a different question, and most teams combine two or more:
Our guide to workplace occupancy sensors compares the sensor types in more detail.
The two terms get used interchangeably, and they shouldn’t be.
Teams track both because they fail in opposite directions. Utilization can look healthy while Tuesday occupancy is at capacity, since CBRE found Tuesday is the busiest day for 73% of companies. Occupancy can look fine on a given day while utilization shows an entire wing is used one day a week. Our office occupancy rate guide covers the formulas and what counts as a healthy range.
Whatever the data source, the system around it tends to include the same pieces:
The point of all this measurement is a shorter list of better decisions. JLL’s benchmark found 90% of organizations now apply utilization data to planning, up from 70% a year earlier, and monthly audits have become the most common review cadence at 32%. The decisions that data usually drives:
Data from one source rarely supports those calls on its own, which is why workplace intelligence tools such as Gable’s combine badge, WiFi, booking, and check-in data into one view of who used which space. For how that feeds the wider reporting stack, see our guide to workplace analytics, and for the allocation side, the occupancy planning guide.
The workplace or facilities team usually owns it, with the real estate team as the main customer of the data. IT maintains the integrations with access control and WiFi, HR provides headcount by team, and finance uses the output for cost per employee and lease decisions. Smaller companies fold it into the office manager’s role.
They can, so the setup matters. Sensors that count presence without identifying anyone, reported as aggregates by zone and hour, address most concerns. Where badge or booking data is person-level, restrict who can see it and tell employees what’s collected and why, following privacy rules such as GDPR where they apply.
It depends on the measure. JLL’s 2026 benchmark puts average utilization at 56% globally, while CBRE reports peak-day utilization around 80%. A practical target is peak-day occupancy between 70% and 85% of seats: high enough that the space is earning its rent, low enough that people can find a desk on a Tuesday.
Yes. Occupancy data lets building systems run heating, ventilation, and lighting for the zones and hours people are present, and it lets facilities teams close floors on low-attendance days rather than conditioning the whole building. The savings depend on how much the building management system can respond to zone-level counts.
Plan on at least 90 days. Weekly patterns show up within a few weeks, but a quarter captures holidays, team offsites, and a hiring cycle, which is what a sharing ratio or lease decision needs to rest on. Compare the same weekdays across months, and treat the first month of any new sensor rollout as calibration.