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Continuous Multi-Vital Signs and Core Biometrics Monitoring, Completely Passively

Powered by proprietary MicroSense Technology

100% contact-free continuous monitoring is optimized for compliance and comfort – no direct patient contact is required

Contact-Free, Passive Monitoring

Completely <br>Contact-Free, Passive Monitoring

Continuous Heart Rate, Respiratory Rate, Motion and other Core Biometrics data helps clinicians with proactive care decisions, earlier intervention, and supports improved patient outcomes and ROI.

Continuous Multi-Vital Signs and Core Biometrics

Continuous Multi-Vital Signs and Core Biometrics

Proprietary MicroSense technology pairs a seamless under-the-mattress sensor, the Cardioballistic effect, and adaptive algorithms to deliver highly accurate vital signs data while a patient is lying in bed, proven and validated vs. the gold standard.*


Proprietary<br> MicroSense<br>Technology

Post-Acute Care

EarlySense Post-Acute product solutions increase quality of care and prevent re-hospitalizations using our contact-free sensing technology, with no audible alarms in the resident’s room.

Virtual Care & Remote Patient Monitoring

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EarlySense is bringing our contact-free, continuous monitoring technology to telehealth and remote patient monitoring applications across the care continuum. Interested in learning more?


“We set out to save lives and improve care by implementing AI-based contact-free patient monitoring in care settings across the globe”

Matt Johnson, CEO

1 Brown, HV et al, The American Journal of Medicine. 2014; 127:226-232

2 ZJ Palace, G. Mendelson, MF Thaler, A. Margel. “The Effect of a Continuous Patient Monitoring System on Reducing Falls and Hospitalization in Skilled Nursing Facilities.”

3 Zimlichman, E et al, ATS. May 2012

* Accuracy has been validated against the gold standards for each data set component: Heart Rate (ECG), Respiratory Rate (Respiratory belt) and Sleep (PSG).

Heart Rate Accuracy is +/- 10% or 5 Beats/min., whichever is greater (based on comparisons to Electrocardiograms). Respiratory Rate Accuracy is +/- 10% or 2 Breaths/min, whichever is greater (based on comparison to a Respiratory Belt and End-Tidal C02 monitoring).