Workplace Occupancy Sensors & Space Analytics
Understand How Your Workplace Is Actually Being Used.
A meeting room being booked does not necessarily mean somebody used it.
A desk reservation does not prove an employee arrived.
And knowing that a video meeting started does not necessarily explain how effectively the wider workplace is performing.
Workplace occupancy sensors, intelligent meeting-room AV and workplace management software can bridge the gap between what employees planned to use and what they actually used.
Gibb Technology designs workplace sensing and space analytics solutions combining dedicated occupancy sensors, meeting-room technology, room and desk booking, Microsoft 365 or Google Workspace, environmental monitoring and workplace management software.
GT can design solutions around technologies including Disruptive Technologies, VergeSense, Density, XY Sense, Butlr and Occuspace, while also using occupancy and people-counting capabilities already available within platforms from Neat, Logitech, Cisco, Yealink, HP Poly, Jabra and Huddly.
The objective is not simply to install more sensors.
It is to create reliable workplace data that helps organisations improve meeting rooms, desks, collaboration spaces, employee experience and ultimately the office estate.
GT supports workplace technology projects across the UK, Ireland and EMEA.
From Booking Data to Actual Workplace Occupancy
Modern workplaces already generate significant amounts of data.
Microsoft 365 and Google Workspace know which rooms employees have booked.
A workplace management platform may know which desks people intended to use.
Room booking panels know when a room has been reserved or checked into.
Meeting-room cameras may be able to determine how many people are present.
Dedicated workplace sensors can measure whether desks, rooms and collaboration areas are physically occupied.
Environmental sensors can add temperature, humidity, air-quality and other workplace conditions.
These information sources become much more powerful when they are considered together.
Planned: Booking Data
A calendar reservation shows intent.
Someone may reserve a twelve-person boardroom from 10am until 11am, but the reservation alone cannot confirm whether anyone arrived or how many people attended.
Confirmed: Check-In Data
A room panel, workplace application, desk device, QR code or other check-in process can confirm that somebody claimed the reservation.
This helps reduce ghost bookings, but it still does not necessarily provide detailed utilisation information.
Actual: Occupancy Data
Occupancy sensing provides evidence that the physical space was actually being used.
People-counting can go another step further and show whether a ten-person room is normally occupied by two people or eight.
At scale, that difference can fundamentally change decisions about workplace design.
What Can Workplace Occupancy Sensors Measure?
Different sensors answer different questions.
GT does not believe every office needs the same sensor installed everywhere. The sensing method should be selected according to the space and the decision the organisation needs to make.
Desk Occupancy
Desk sensors can establish whether individual workstations are being used and for how long.
This helps answer questions such as:
Do we have enough desks?
Which neighbourhoods are most popular?
Are booked desks actually being used?
Could part of the floor be redesigned?
Are fixed desks occupying space that would be better used for collaboration?
Desk-level sensing is particularly useful where an organisation needs more detailed evidence than workplace
reservations alone can provide.
Meeting Room Occupancy
A meeting-room occupancy sensor can establish whether somebody is physically present regardless of what the room calendar says.
This makes it possible to compare:
Booked time vs occupied time
A room could appear almost completely utilised in Microsoft Outlook but remain physically empty for large parts of the day because of cancelled meetings and no-shows.
Connecting occupancy information with room booking can also allow compatible systems to release spaces automatically.
People Counting
People counting answers another question:
How many people are actually using the room?
This can be particularly valuable when planning the meeting-room mix.
A twelve-person room occupied 70% of the working day might initially appear successful.
But if its average meeting contains only two people, the organisation may actually need more two-to-four-person rooms rather than additional large meeting spaces.
Open Space & Collaboration Areas
Not every useful workplace has a calendar.
Informal meeting areas, breakout zones, cafés, touchdown spaces and collaboration areas may be heavily used even though nobody formally books them.
Area occupancy sensors can therefore provide evidence about parts of the workplace that booking analytics cannot see.
Workplace Analytics & Space Utilisation
Booking and occupancy information can help workplace teams understand which days are busiest, where demand is greatest and which spaces are consistently underused.
The objective is not simply to produce another dashboard.
Useful workplace analytics should help organisations answer practical questions such as whether enough desks are available, whether large meeting rooms are regularly occupied by only a few people, whether certain floors could be redesigned and whether the organisation still requires the same amount of office space.
Environmental Conditions
Workplace sensing can extend beyond occupancy into temperature, humidity, air quality, light and other environmental conditions.
This provides useful context.
A room that consistently performs badly may not have the wrong AV or furniture. It may simply be uncomfortable.
Environmental information can help Workplace and Facilities teams investigate why spaces are being avoided.
Compare Leading Workplace Occupancy Sensors
There is no single workplace sensor platform that is right for every organisation.
Some technologies are particularly strong for individual desks.
Others provide detailed people-counting across entire floors.
Some organisations prioritise completely anonymous sensing.
Others already have enough intelligent technology installed that only specific gaps need additional sensors.
Where Does Disruptive Technologies Fit?
Disruptive Technologies remains an important part of the GT workplace sensing proposition, but it should be treated as one potential sensing architecture rather than the entire solution.
Its small wireless sensors are particularly attractive for existing offices where installing power or structured cabling at every monitored location would be disruptive.
Desk Occupancy
Desk occupancy sensors can provide evidence showing which individual workstations are actually being used.
This can support decisions around flexible working, neighbourhood layouts, hot desking and workplace capacity.
Room & Workplace Monitoring
Additional sensing can be used for presence and environmental monitoring throughout offices and other buildings.
This allows Facilities and Workplace teams to understand conditions alongside occupancy rather than treating each measurement separately.
Connect the Data
The most valuable outcome is not simply displaying sensor readings.
Where supported by the selected platforms and APIs, occupancy information can become part of a larger workplace-management environment.
That is where GT sees the opportunity:
Workplace Sensors → Workplace Software → Analytics → Workplace Decisions
Your Meeting Room AV May Already Be a Workplace Sensor
Before installing another sensor in every meeting room, organisations should understand what their existing AV equipment can already provide.
Modern video conferencing systems use cameras, microphones and other onboard intelligence to understand where meeting participants are located.
That information is primarily used for functions such as automatic framing and speaker tracking.
But many platforms can also expose useful information about physical room usage.
This means a meeting-room system should no longer be considered only as a video-conferencing endpoint.
It can also become a workplace-data source.
Neat, Logitech, Cisco, Yealink, HP Poly, Jabra and Huddly all offer different levels of room intelligence or occupancy information.
Neat provides particularly interesting workplace data because supported devices can expose people-count and environmental information including temperature, humidity and air-quality measurements through Neat Pulse and its web API. Neat's people count is generated using onboard computer vision and machine learning, with only occupancy numbers rather than biometric information required for this function.
Logitech Spot adds dedicated presence and environmental sensing into the wider Logitech ecosystem and can connect with supported Rally Bar and CollabOS devices, with utilisation insights available through Logitech Sync.
Cisco takes the concept further through RoomOS and Room Navigator. Supported environments can provide presence, people count, temperature, humidity and air-quality information, while Cisco states occupancy and device-utilisation metrics can feed external analytics systems.
Yealink's RoomSensor Pro combines people counting with light, temperature and humidity monitoring and can report information to supported RoomPanel devices to assist with room occupancy and release workflows.
HP Poly also provides people-count information across a range of supported Studio room devices through Poly Lens.
Jabra's PanaCast 50 supports anonymous room occupancy and room-usage information, while Huddly offers people count, room usage and occupied/free data through its InSights analytics API.
Shure should be considered differently. Microflex Advance ceiling-array microphones such as the MXA925 and MXA901 can provide accurate talker-position information for camera tracking, but GT would not treat this as a substitute for a purpose-designed room occupancy sensor when workplace utilisation is the objective.
Connect Occupancy Sensors With Workplace Management Software
A sensor becomes considerably more useful when its information affects the workplace employees actually interact with.
This is why workplace sensing should be designed alongside workplace management.
GT works with workplace management platforms including Kadence, Logitech Workplace, Envoy, Neowit, Appspace, Eptura, GoBright and Microsoft Places, allowing occupancy data to become part of a wider connected workplace environment.
How Workplace Platforms Can Use Occupancy Data
The important design principle is that the workplace platform should sit between people and the physical building.
An employee books a room through Microsoft Teams or Outlook.
The booking reaches the workplace calendar.
The room panel displays the reservation.
A video conferencing system or occupancy sensor determines whether the room is actually being used.
If the meeting is abandoned, a compatible workflow may release it.
The room becomes available again.
That is where smart workplace technology starts producing a tangible employee benefit rather than simply generating another dashboard.
What Can Occupancy Data Actually Change?
A workplace sensor does not improve an office by itself.
The value comes from understanding the data and changing something because of it.
Real projects demonstrate several very different outcomes.
Rapid7: Build the Meeting Rooms Employees Actually Need
Rapid7 wanted additional meeting and collaboration spaces but needed evidence showing what employees were actually using.
VergeSense occupancy information identified particularly strong demand for small two-person meeting spaces.
Rather than completing a full-floor redesign, Rapid7 installed 50 two-person Zoom-enabled phone booths.
VergeSense reports estimated avoided build-out costs of $1.5 million.
The lesson is important.
The problem was not simply:
We need more meeting rooms.
The data revealed:
We need more of a particular type of meeting room.
That is a much better basis for AV and workplace investment.
Confederation of Danish Industry: Use Evidence to Reduce Space
The Confederation of Danish Industry used occupancy sensors to analyse desk and meeting-room utilisation at its Copenhagen workplace.
After monitoring usage, approximately 650 square metres could be removed from its own workspace allocation and rented to others.
The published case study reports annual savings and rental income approaching 2 million Danish kroner, approximately €270,000.
This demonstrates how workplace occupancy data can move beyond room booking and influence major Corporate Real Estate decisions.
Global Pharmaceutical Company: Recover Ghost Meeting Capacity
A global pharmaceutical organisation used VergeSense occupancy information alongside an internal employee workplace application.
The system could identify rooms that remained empty despite having an active reservation.
Employees were notified before abandoned bookings were released.
The case study reports approximately 20 hours of meeting-room capacity reclaimed each day, equivalent to making two or three additional meeting rooms available without constructing them.
This shows why room-booking and occupancy data should not be separate systems.
Build a Workplace Improvement Strategy, Not a Sensor Project
GT recommends treating workplace occupancy sensing as part of a continuous workplace-improvement strategy, not simply as a sensor installation.
The aim is to understand how spaces are actually used, identify where improvements are needed and measure whether those changes work.
Define What You Need to Understand
Start with the business questions.
An organisation may need to understand meeting room utilisation, desk occupancy, peak office days, ghost bookings, collaboration-space usage or whether parts of the workplace are underused.
These questions determine which workplace analytics and occupancy data are actually required.
Use the Technology Already Installed
Before adding new workplace occupancy sensors, review the information already available.
Microsoft 365, Google Workspace, room booking systems, workplace management software and platforms such as Neat Pulse, Logitech Sync, Cisco Control Hub and Poly Lens may already provide useful booking, occupancy and utilisation data.
Access control, Wi-Fi, environmental monitoring and building-management systems can add further insight.
Fill the Data Gaps
Dedicated sensors should then be added only where existing technology cannot provide the required information.
Desk sensors can measure workstation utilisation, while area sensors and people counters can monitor meeting rooms, collaboration spaces and shared areas. Environmental sensors can add temperature, humidity and air-quality data.
The goal is not to install the same sensor everywhere. It is to use the right data source for each space.
Establish a Workplace Baseline
Occupancy data should be collected for long enough to identify normal patterns and peak demand.
Comparing room bookings, physical occupancy and average participant numbers can reveal important differences.
A large meeting room may appear fully booked but regularly sit empty, indicating a booking-policy problem. Another may be heavily used but normally contain only two people, suggesting the workplace has the wrong mix of room sizes.
Improve the Workplace
Once the baseline is understood, organisations can make targeted changes.
That might include adding smaller meeting rooms or phone booths, changing desk layouts, improving meeting room AV, introducing automatic room release or converting underused areas into collaboration spaces.
Workplace occupancy data can also support decisions around cleaning, ventilation and longer-term property requirements.
Measure Again and Automate
Workplace improvement should be continuous.
After changes are introduced, occupancy data can show whether meeting room demand has improved, ghost bookings have reduced or redesigned areas are being used more effectively.
Over time, workplace management systems can also use occupancy data to release empty rooms, show genuine space availability, improve cleaning schedules and help building systems respond to actual usage.
Measure. Improve. Measure again.
That is how workplace occupancy data becomes part of a smarter workplace strategy.
Which Workplace Sensor Is Right for Your Organisation?
There is no universal answer.
If the priority is discreet individual desk occupancy across an existing workplace, a wireless sensor architecture such as Disruptive Technologies may fit well.
If detailed occupancy intelligence across rooms and collaborative environments is required, technologies such as VergeSense may be appropriate.
Where privacy-focused people counting is critical, technologies such as Density or Butlr may deserve particular consideration.
XY Sense can suit organisations requiring detailed spatial utilisation information across larger office environments.
Occuspace provides another approach where organisations want different levels of occupancy information across floors, zones and smaller spaces.
And if an organisation already has Neat, Logitech, Cisco, Yealink, Poly, Jabra or Huddly technology throughout its meeting rooms, the starting point should often be determining what useful information those systems already provide.
The most efficient solution may be a combination.
How GT Approaches Workplace Occupancy & Analytics
Discover
GT starts with the workplace problem rather than a particular sensor.
We establish what IT, Workplace, Facilities and Corporate Real Estate teams are trying to understand or improve.
Audit
GT reviews the data already available from calendars, workplace software, AV systems, room booking, sensors and building infrastructure.
Design
The sensing architecture can then be designed around the gaps.
Different rooms, desks and workplace areas may require different technologies.
Integrate
Where supported, occupancy data can connect with workplace-management software, room booking, analytics, AV management, digital signage or building systems.
Measure
A baseline establishes what is actually happening before major changes are made.
Improve
The workplace can then be changed and measured again, creating a continuous cycle of improvement rather than a one-time technology installation.
Frequently Asked Questions About Workplace Occupancy Sensors
What is a workplace occupancy sensor?
A workplace occupancy sensor detects whether a room, desk or workplace area is being used.
More advanced systems can count people, analyse usage patterns or monitor environmental conditions.
The information can then support workplace management, space planning, room booking and building operations.
What is the difference between occupancy and people counting?
Occupancy normally answers:
Is somebody there?
People counting answers:
How many people are there?
The second measurement is particularly useful when comparing the physical capacity of a meeting room with the number of employees who normally use it.
Can workplace sensors monitor individual desks?
Yes.
Dedicated desk occupancy sensors can measure whether particular workstations are physically being used.
This provides a different dataset from desk-booking software, which records reservations rather than necessarily proving physical usage.
Can video conferencing systems act as occupancy sensors?
Some can.
Supported devices from manufacturers including Neat, Logitech, Cisco, Yealink, HP Poly, Jabra and Huddly can provide different forms of presence, people-count or utilisation information.
Capabilities vary between products, software versions, licences and platforms, so GT verifies the proposed architecture during design.
Can occupancy sensors release unused meeting rooms?
Yes, where the selected occupancy and room-booking systems support the required workflow.
If a room remains unoccupied beyond an agreed no-show period, the reservation can potentially be released so somebody else can use it.
Can workplace sensors work with Microsoft 365?
Yes, normally through the room-booking or workplace-management environment rather than through the physical sensor directly.
Occupancy information can then be compared with reservations from Microsoft 365, Outlook or Teams.
Can workplace occupancy work with Google Workspace?
Yes.
Where supported by the selected workplace platform, physical occupancy information can be compared with meeting-room and workplace reservations originating from Google Calendar or Google Workspace.
Are workplace occupancy sensors cameras?
Not necessarily.
Workplace sensing technologies include PIR, radar, mmWave, thermal sensing, wireless signals, computer vision and other approaches.
The best technology depends on required accuracy, application, privacy and infrastructure.
Can occupancy data improve meeting-room design?
Yes.
People-count and occupancy data can show whether organisations have the correct mix of phone booths, huddle rooms, medium meeting spaces and larger boardrooms.
This can help target future workplace and AV investment.
What is the best workplace occupancy sensor?
There is no single best workplace sensor.
The correct choice depends on whether the organisation needs desk-level utilisation, room occupancy, people counting, open-area analytics, environmental information or portfolio-level insights.
GT can compare the available technologies and design the sensing architecture around those requirements.
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