Introducing the new Heatic 2+ sensor. Sees no one. Senses everyone. Learn More
Privacy isn’t an afterthought—it’s our foundation. Unlike intrusive cameras, Wi-Fi tracking, or badge systems, Heatic 2+ uses body heat detection combined with advanced AI to track presence, movement, and occupancy—all without capturing identities. By processing low-resolution, non-RGB thermal data, Heatic 2+ provides actionable insights while eliminating privacy concerns at the hardware level.
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No cords. No fuss. Install Heatic 2+ in seconds and let it work uninterrupted for years. Its ultra-long battery life and award-winning design set a new standard in truly scalable, anonymous AI sensing.
Heatic 2+ is designed to blend into any environment. Its sleek, minimalist form adapts to both workplaces and residential spaces, offering a subtle presence that’s as functional as it is beautiful. Available in black or white, the sensor features a modern, organic design with a smooth, rounded shape that hides its powerful capabilities in plain sight. An integrated magnetic back allows for effortless attachment to steel surfaces, giving users ultimate flexibility in placement.
In traffic mode, Heatic accurately counts entrances and exits; in presence mode, Heatic measures activity and pathing within a define space, such as a conference room.
What are workplace occupancy sensors, and how do they work?
Workplace occupancy sensors, like Butlr’s Heatic 2+, detect human presence and movement using thermal sensing technology. These sensors provide real-time data on how spaces are being used without capturing any personally identifiable information.
What makes Butlr’s office occupancy sensors different from other solutions?
Butlr’s sensors are wireless, battery-powered, and designed with an API-first approach, making them easy to install and integrate into existing space management systems. Additionally, Butlr uses only heat to detect human presence making them 100% private, ensuring compliance with privacy regulations.
Where can Butlr’s occupancy sensors be installed?
Butlr’s occupancy sensors can be set in Presence and Traffic modes. In presence mode, the sensor is used as an area sensor, and the ideal installation location is on the office ceiling. In traffic mode, the sensor is used as a people counter, and the ideal installation location is on top of the door frame.
How do workplace occupancy sensors improve office efficiency?
Workplace occupancy sensors analyze real-time data to optimize space usage, reducing energy costs and improving employee comfort. They integrate with IoT systems to adjust lighting and HVAC based on occupancy patterns.
How do workplace occupancy sensors improve space utilization?
Workplace occupancy sensors track real-time occupancy data, allowing businesses to optimize office layouts and resource allocation. these sensors help reduce underutilized spaces and improve overall office efficiency.
How do occupancy sensors for offices help optimize meeting room usage?
Occupancy sensors for offices track real-time meeting room availability, preventing unnecessary reservations and ensuring efficient use of shared spaces. this leads to better workplace productivity and collaboration.
What is workplace occupancy tracking, and why is it important?
Workplace occupancy tracking uses sensor technology to monitor how office spaces are utilized. this data helps businesses improve space management, reduce real estate costs, and enhance employee experience.
How do workspace occupancy sensors integrate with iot technology?
Workspace occupancy sensors connect with iot platforms to automate hvac, lighting, and desk management systems, creating a seamless, energy-efficient, and user-friendly smart office environment.
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