Occupancy Management System
TRUCount is the most accurate occupancy management and workplace analytics technology on the market.
Designed to automatically and compliantly monitor & control capacity, capture occupancy and utilisation data for any workplace.
Offering a wide range of use cases from under-desk, room and zone monitoring and management.
100% GDPR Compliant
Reduce In-person Monitoring
Implement Capacity Limits
Control Occupancy of communal spaces
Monitor & Display Real-time Occupancy
Analyse Occupancy Trends
Reduce Cost of Security
Ideal for workplace canteens, restrooms, changing rooms, clean rooms, lecture halls, auditoriums, libraries etc.
TRUCount sensors are discreet IoT motion sensors that are positioned in key locations like entryways, rooms and even under desks.
The sensors feed information wirelessly to the cloud where it can be analysed and displayed.
They are not cameras and no personal information is captured, making them 100% GDPR Compliant.
TRUCount Data can be routed to the cloud and integrated with the advanced Workplace Analytics platform to delivery key information on site utilisation, footfall, heat maps etc.
TRUCount Desk can integrate with Desk Booking platforms to enable automatic check in/out and also provide granular desk utilisation analytics
TRUCount is Scalable
TRUCount can be deployed at a single location, in an office, manufacturing facility or across an entire university campus.
The system can provide key insights into how your desks, office, building or site is used, leading to data-driven decision making as organisations adapt to the hybrid workplace.
TRUCount in the Canteen
We have deployed TRUCount in multiple workplace canteens across Ireland.
The canteen is an key communal area and one that requires careful management in the hybrid workplace.
With TRUCount workplaces can set capacity limits, display occupancy versus capacity in real time and indicate to employees when it is safe to enter. TRUCount even has a Smartphone App where users can remotely see the capacity in real time.