OCCUPANCY
People Occupancy Counting
HOW MANY PEOPLE ARE IN THE ROOM?
Installed in the center of a given space, OCCUPANCY uses its extra large field of view to monitor the number of people present and their position. It is ideal for semi-static environments and provides data on occupancy levels and locations.
OCCUPANCY boasts the largest Field-of-View on the market, allowing a single device to cover exceptionally large areas, regardless of mounting height. This makes it perfect for any meeting room or open space. For ultra-wide spaces, multiple devices can be seamlessly integrated.
A single device can monitor up to 8 independent zones. Each zone operates as a separate monitored area, providing the number of people present. As a result, one device can collect data equivalent to 8 individual sensors.
OCCUPANCY’s embedded on-the-edge algorithm provides the highest accuracy on the market for this type of product, ensuring the most realistic data possible. The algorithm analyzes temperature signatures to accurately count the number of people while effectively distinguishing and excluding other heat-emitting objects.
OCCUPANCY utilizes low-resolution thermal technology and sensors, thus ensuring that privacy is respected. It does not incorporate any camera or microphone, so that no personal images or data can be extracted.
OCCUPANCY can simultaneously send digital data to servers for collection and analytics and control local equipment, such as lighting and ventilation systems. This is achieved by sending a simple 0-10V analog signal that corresponds to the occupancy level of the designated space.
Unlike our competition, we do not force customers and partners to enroll in subscriptions or SaaS models. We consider ourselves part of the infrastructure, focused on delivering top-quality products and data, regardless of where that data is stored. Our devices can transmit data to any chosen server – local or cloud-based – irrespective of ownership. While we are always happy to offer support, we do not mandate the use of our servers or additional services.
KEY PRODUCT FEATURES:
Top 3 reasons to choose our product over the competition

1.
- Guaranteed privacy
- No RGB camera used, even for setup
- GDPR maintained even in extreme case of hacking
2.
- Independent of lighting condition, color and other patterns
- market leading accuracy for thermal occupancy sensors
3.
- Data communication directly into 3rd-party cloud servers
- LoRaWAN, MQTT, and HTTP pushers
Technical Specifications
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Performance
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Perfomance Information Technology Thermal Imaging Field of View 160° Footprint (Coverage Area Dimensions) 64 m2 (8 m × 8 m) Installation Height From 2.4 m up to 4.0 m Place of Use Indoor Counting Accuracy 98% -
Electronics
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Perfomance Information Power Source Jack 5.5 × 2.1 mm (10-30 V DC ± 5% - 1 A) RJ45 (PoE IEEE 802.3af) only PoE model Power Consumption 2 W average Analog Output 0-10 V proportional to room occupancy Initialization Time Approx. 3 min -
Mechanics
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Perfomance Information Dimensions and Weight Ø 110 mm × h 36 mm, 128 g (+12 g for PoE model) Housing Material ABS PU 8158 Standard off-the-shelf Colors White, Black (additional colors on demand) Operating Temperature 0° to 35°C Storage Temperature -20° to 60°C Installation Included: On-ceiling mounting plate. Optional: Terabee Recess Mounting Kit M Certifications CE, FCC, RoHS -
PoE Communication
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Perfomance Information Frequency of Data Communication Real-time or at predefined time intervals, on-event Recommended Cabling Cat 6 or later Addressing DHCP, Static IP Device Hostname poc-"serial_number" (replace "" with <>) Data Protocols HTTP/HTTPS, MQTT/MQTTS Outbound Traffic Required On Port 53, 123, 80/443, 1883/8883 Set Up Interface Gigabit Ethernet, Wi-Fi 2.4 GHz -
LoRa Communication
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Perfomance Information Frequency of Data Communication At predefined time intervals (minimum of 2 minutes) Supported LoRaWan Frequencies EU 863-870 MHz, US 902-928 MHz (coming soon) LoRaWAN Activation Methods OTAA, ABP Antenna Specification ‘+0.8 dBi, VSWR ≤ 2 Remote Device Configuration LoRa downlink commands Set Up Interface for Configuration Local Wi-Fi Access Point Set Up Interface for Data Transmission Wi-Fi 2.4 GHz, LoRaWAN (1.0.3, Classe A)