This study is designed to evaluate the performance of the Verily Clinical Study Watch for the quantification of participants' movement and pulse rate when the wearer is at rest.
Study Type
OBSERVATIONAL
Enrollment
100
The Study Watch is an investigational wrist worn wearable device made with biocompatible contact materials containing various sensors capable of continuous recording of physiological, activity, and environmental data.
The Vivalink ECG Patch is a continuously recording ECG monitor and will be used as a reference device for measuring participants' pulse rate, pulse rate variability, and pulse rate coverage. The Vivalink ECG Patch is a medical device manufactured by VivaLNK Inc. and has been cleared by the FDA.
Modus StepWatch 4 is an ankle-worn wearable medical device, and will be used as a reference device for measuring participants' ambulatory time and daily step count. The Modus StepWatch 4 is FDA listed.
Verily Life Sciences
South San Francisco, California, United States
Accuracy of pulse rate when wearer is at rest
To evaluate the accuracy of the Verily Clinical Study Watch's ability to measure pulse rate when wearer is at rest during unsupervised free-living conditions. Pulse rate measurements will be compared against heart rate output from the reference device (FDA cleared ECG patch).
Time frame: Approximately 14-day at-home observational period with two virtual visits, one at the beginning and the other at the end of the at-home period.
Sensitivity of movement detection
To evaluate the accuracy of the Verily Clinical Study Watch's ability to detect movement (rest vs not rest) during supervised conditions. Movement detection will be compared against virtual supervised observer-reference labels of rest vs not rest.
Time frame: Approximately 14-day at-home observational period with two virtual visits, one at the beginning and the other at the end of the at-home period.
Specificity of movement detection
To evaluate the accuracy of the Verily Clinical Study Watch's ability to detect movement (rest vs not rest) during supervised conditions. Movement detection will be compared against virtual supervised observer-reference labels of rest vs not rest.
Time frame: Approximately 14-day at-home observational period with two virtual visits, one at the beginning and the other at the end of the at-home period.
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