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 occupancy sensors, and how do they work?
Occupancy sensors like Butlr’s Heatic 2+ use advanced thermal sensing technology to detect human presence and movement. Instead of capturing images or personally identifiable information, the sensors measure heat signatures to generate anonymous spatial intelligence data in real time.
What makes Butlr’s sensors different from other occupancy sensing solutions?
Butlr’s sensors are wireless, battery-powered, and built on a privacy-first architecture. Using thermal sensing instead of cameras or wearable devices, they deliver 100% anonymous data. Designed with an API-first approach, they integrate seamlessly with enterprise systems, analytics platforms, and smart building infrastructure.
Where can Butlr’s occupancy sensors be installed?
Heatic 2+ sensors can be deployed across a wide range of indoor environments. In Presence Mode, they function as area sensors and are typically installed on ceilings. In Traffic Mode, they operate as people counters and are installed above entryways. Their flexible deployment supports offices, healthcare facilities, senior living communities, retail environments, and other commercial spaces.
How do occupancy sensors improve operational efficiency?
By providing real-time and historical occupancy insights, sensors enable organizations to optimize space utilization, reduce energy consumption, and improve operational workflows. The data supports smarter automation of lighting, HVAC, and other building systems, leading to measurable cost savings and improved user experience.
How do occupancy sensors improve space utilization?
Occupancy sensors provide actionable insights into how spaces are used over time. This allows organizations to identify underutilized areas, redesign layouts, right-size real estate portfolios, and make data-driven planning decisions across facilities.
How do occupancy sensors help optimize shared spaces?
Real-time occupancy visibility helps prevent inefficient space usage, reduce congestion, and improve availability of shared environments such as meeting rooms, common areas, or care spaces. This leads to more effective resource allocation and improved operational performance.
What is occupancy tracking, and why is it important?
Occupancy tracking uses sensor-based spatial data to understand how people interact with physical environments. Organizations use this intelligence to improve safety, efficiency, sustainability, and long-term space strategy, all while maintaining full privacy compliance.
How do occupancy sensors integrate with IoT systems?
Butlr’s sensors integrate through APIs and cloud-based platforms to connect with building management systems, IoT infrastructure, and enterprise analytics tools. This enables automated control of lighting, HVAC, environmental systems, and workflow solutions across smart buildings.
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