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Make Butlr Care part of your new standard for care–one that delivers better outcomes, simplifies care, and strengthens the bottom line.
The imbalance between growing care requirements and the realities of a finite workforce will soon necessitate smarter approaches for delivering care–from passive sensing and remote patient monitoring, to fall detection and fall prevention.Â
American senior citizens by 2060–2x growth vs. 2020
new caregivers needed to support seniors by 2031
forecasted growth in caregiver salaries thru 2030
“[Ambient Monitoring] sensors can be especially helpful during those periods of the day or night when an older person is alone. They can assist in tracking behavior changes, minimizing risk, and averting problems that can result in hospitalization or worse.”
- Laurie M. Orlov, “The Future of Sensors and Older Adults”
Reduce hospitalizations and extend lengths of stay with proactive care. Catch new health conditions often associated with changes in activity–like bathroom usage, gait speed, and restlessness.Â
Lessen the need for routine check-ins and paperwork, while empowering your staff to maximize time and focus for delivering compassionate care–all by using the tools they already know.
Attract residents who value individual privacy, independence, and technology that improves daily living. Butlr’s award-winning technology is unobtrusive, 100% anonymous, and requires no change to daily routines.
Respond faster and mitigate the impact of acute health risks. Customizable, rules-based alerting notifies care staff in real-time about risk events, including potential falls, wandering, out-of-bed incidents, and more.Â
Butlr Care is made available exclusively through trusted solution providers who have the knowledge and technical expertise to provide a turnkey offering that solves your specific needs.Â
Our intelligent sensor identifies body heat signatures, tracking human movement and basic activities, such as walking, sitting, and laying down.Â
Thermal data is processed by our advanced algorithms, which have been specially trained in care environments, to send alerts in real-time based on configurable business rules. 

Accurate, real-time data is surfaced via our API in the software programs and tools already used by care teams on a daily basis.
Our current sensor has a 60Âş field of view. The coverage area of each sensor depends on its mounting height; for example, at a mounting height of 3.1 meters / 10.2 ft , the coverage area is 3.6 x 3.6 meters / 11.8 ft x 11.8 ft.
The positional accuracy of our current sensor is at +/- 30 cm (1ft), Headcount accuracy 95+% *, surface temperature reading at +/- 0.5 C.
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*measured at standard indoor environment at 10ft installation height.
Our sensor can measure human body temperature at close range. However, when installed overhead for spatial monitoring, the accuracy of the body temperature fluctuates as the sensor does not point to body parts where the individual's thermal signal is the strongest.
Depending on the height and subsequent coverage, one single sensor can detect as many as six (6) distinct people standing simultaneously next to each other in a 5ft x 5ft square*. Since a Butlr Network can extend indefinitely in indoor spaces, the number of people the entire network can detect at the same time is equally indefinite and relative to the number of sensors a network consists of.
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*measured at standard indoor environment at 10ft installation height.
Yes, this feature is expected in Q4 2021.
No - our algorithm is designed to work with multiple installation scenarios including overlapping sensor coverage. Simply put, our sensors automatically stitch up together to form a seamless heatmap for continuous trajectories.
Passive Infrared Sensors (PIR) allow you to sense motion, almost always used to detect whether a human has moved in or out of the sensors range. The difference between our Heatic Sensor and a PIR sensor is that Heatic Sensor can detect all sorts of presence, and is not limited to people in motion. Our Heatic Sensors can successfully detect people sleeping, sitting and lying down and their location in the space— a PIR sensor cannot. Finally, the Heatic sensors perform significantly better in more complicated spatial scenarios with significantly higher accuracy than PIR technology.