Real Time Insights into
Campus Utilization
Real Time Insights into
Campus Utilization
The Occupancy Data Platform for Real Estate and Facility Teams
The Occupancy Data Platform for Real Estate and Facility Teams
Campuses are on average
60% Underutilised!
Campuses are on average
60% Underutilised!
Which amounts to € 16 million in potential savings per year
Which amounts to € 16 million in potential savings per year
Which amounts to € 16 million in potential savings per year
Currently, organizations rely on
Currently, organizations rely on
Currently, organizations rely on
Manual Counting
Manual Counting
Manual counts entered into spreadsheets provide only static and fragmented data without insight into patterns or daily reality.
Manual counts entered into spreadsheets provide only static and fragmented data without insight into patterns or daily reality.
Opinions over Facts
Opinions over Facts
Requests for more space are often driven by loud complaints, not by objective, system-wide usage data.
Requests for more space are often driven by loud complaints, not by objective, system-wide usage data.
Fragmented reporting
Fragmented reporting
Data is spread across separate Excel files without a central system for analysis; insights come too late and often lack impact.
Data is spread across separate Excel files without a central system for analysis; insights come too late and often lack impact.
Introducing PLEQ
Introducing PLEQ
Plug & Play
Plug & Play
Plug & Play
No long PoE cables through the building, PLEQ works fully plug & play, simply with a power supply.
No long PoE cables through the building, PLEQ works fully plug & play, simply with a power supply.
No long PoE cables through the building, PLEQ works fully plug & play, simply with a power supply.
More Info
Privacy By Design
Privacy By Design
Privacy By Design
No cameras, fully GDPR-compliant. PLEQ is produced in the EU according to the strictest standards for data privacy and protection.
No cameras, fully GDPR-compliant. PLEQ is produced in the EU according to the strictest standards for data privacy and protection.
No cameras, fully GDPR-compliant. PLEQ is produced in the EU according to the strictest standards for data privacy and protection.
Start your trial period
Data Ownership
Data Ownership
Data Ownership
The data remains the property of the organisation. Manage all data flows in one central place through the admin panel.
The data remains the property of the organisation. Manage all data flows in one central place through the admin panel.
The data remains the property of the organisation. Manage all data flows in one central place through the admin panel.
Schedule a demo
Utilisation and Occupation Intelligence
AI-Powered
AI-Powered
AI-Powered
Measure the efficiency of space utilisation and building performance in detail. Reduce operational costs where necessary, with complete ownership of your data. Automate insights with built-in AI for immediate action points.
Schedule a demo
Schedule a demo
Ready in 3 steps!
Ready in 3 steps!
Upload Space Information
From your facility management software, such as Planon or TOPdesk, PLEQ directly retrieves the number of rooms and the naming of facilities.
Place Sensors
We are configuring the sensors. Let your own installation partner install the sensors according to the manuals.
We are configuring the sensors. Let your own installation partner install the sensors according to the manuals.
View the Data!
Automatically connect the data to the correct space and view Real-Time utilisation patterns in the Dashboard.
News & Blogs
News & Blogs
Productivity
03/10/2025
VU Amsterdam - Customer Story
Read more
Productivity
03/10/2025
How does the PLEQ occupancy rate sensor work?
Read more
Productivity
29/09/2025
Erasmus University Rotterdam Launches PLEQ in Educational Spaces
Read more
Productivity
14/08/2025
Utilisation & Occupation
Read more
Productivity
28/05/2025
Utilisation of Meeting Rooms - No Shows Detection
Read more
Productivity
28/05/2025
Vrije Universiteit Amsterdam - Smart Campus
Read more
Contact us
Contact us
Contact us
FAQ
FAQ
FAQ
How does the sensor measure utilisation?
Our sensor accurately measures occupancy by counting the number of people entering and leaving a space. Using Time-of-Flight technology, the sensor creates a 3D distance image and detects movements in both directions – entirely anonymously and without a camera. This enables real-time occupancy calculations and translates into a clear occupancy percentage. Reliable, privacy-friendly, and ideal for smart space utilisation.
Where is the data stored?
Data is transmitted in real-time via a secure connection (such as LoRaWAN or Ethernet) to our cloud environment. With LoRaWAN, the data is encrypted with AES-128 encryption, ensuring safe transmission. In the cloud, the raw sensor data is processed into occupancy and utilisation information. This information is available through our dashboard or API. All data is stored on servers within the EU and complies with applicable privacy legislation (AVG and GDPR). No images or personal data are stored, only anonymised counting data.
What is LoraWan?
LoRaWAN enables sensors – such as occupancy or environmental sensors – to connect wirelessly to a central server, without the use of Wi-Fi or mobile internet. Thanks to its low power consumption, sensors can operate for years on batteries, making it ideal for buildings without a constant power supply. Key features: Wide range: up to 10 km in open areas, 1–2 km in urban environments Low energy consumption: perfect for battery-powered devices Secure: end-to-end encryption with AES-128 Suitable for IoT: designed for simple, reliable data collection from many devices simultaneously LoRaWAN is widely used in smart buildings, agriculture, mobility, and other IoT applications where range, efficiency, and long life are essential.
How does the sensor measure utilisation?
Our sensor accurately measures occupancy by counting the number of people entering and leaving a space. Using Time-of-Flight technology, the sensor creates a 3D distance image and detects movements in both directions – entirely anonymously and without a camera. This enables real-time occupancy calculations and translates into a clear occupancy percentage. Reliable, privacy-friendly, and ideal for smart space utilisation.
Where is the data stored?
Data is transmitted in real-time via a secure connection (such as LoRaWAN or Ethernet) to our cloud environment. With LoRaWAN, the data is encrypted with AES-128 encryption, ensuring safe transmission. In the cloud, the raw sensor data is processed into occupancy and utilisation information. This information is available through our dashboard or API. All data is stored on servers within the EU and complies with applicable privacy legislation (AVG and GDPR). No images or personal data are stored, only anonymised counting data.
What is LoraWan?
LoRaWAN enables sensors – such as occupancy or environmental sensors – to connect wirelessly to a central server, without the use of Wi-Fi or mobile internet. Thanks to its low power consumption, sensors can operate for years on batteries, making it ideal for buildings without a constant power supply. Key features: Wide range: up to 10 km in open areas, 1–2 km in urban environments Low energy consumption: perfect for battery-powered devices Secure: end-to-end encryption with AES-128 Suitable for IoT: designed for simple, reliable data collection from many devices simultaneously LoRaWAN is widely used in smart buildings, agriculture, mobility, and other IoT applications where range, efficiency, and long life are essential.
How does the sensor measure utilisation?
Our sensor accurately measures occupancy by counting the number of people entering and leaving a space. Using Time-of-Flight technology, the sensor creates a 3D distance image and detects movements in both directions – entirely anonymously and without a camera. This enables real-time occupancy calculations and translates into a clear occupancy percentage. Reliable, privacy-friendly, and ideal for smart space utilisation.
Where is the data stored?
Data is transmitted in real-time via a secure connection (such as LoRaWAN or Ethernet) to our cloud environment. With LoRaWAN, the data is encrypted with AES-128 encryption, ensuring safe transmission. In the cloud, the raw sensor data is processed into occupancy and utilisation information. This information is available through our dashboard or API. All data is stored on servers within the EU and complies with applicable privacy legislation (AVG and GDPR). No images or personal data are stored, only anonymised counting data.
What is LoraWan?
LoRaWAN enables sensors – such as occupancy or environmental sensors – to connect wirelessly to a central server, without the use of Wi-Fi or mobile internet. Thanks to its low power consumption, sensors can operate for years on batteries, making it ideal for buildings without a constant power supply. Key features: Wide range: up to 10 km in open areas, 1–2 km in urban environments Low energy consumption: perfect for battery-powered devices Secure: end-to-end encryption with AES-128 Suitable for IoT: designed for simple, reliable data collection from many devices simultaneously LoRaWAN is widely used in smart buildings, agriculture, mobility, and other IoT applications where range, efficiency, and long life are essential.
Occupancy Data Platform
Occupancy Data Platform
Occupancy Data Platform