Feasibility Study for Logistics and Data Stability of Continuous Temperature Monitoring Using a Wearable Device With a Continuous Core Temperature Reference Method
Feasibility Study for Logistics and Data Stability of Continuous Temperature Monitoring Using a Wearable Device With a Continuous Core Temperature Reference Method
The aim of this study is to evaluate the feasibility of collecting synchronised continuous temperature data using wearable devices and a continuous core temperature reference under real-world conditions. The study focuses on workflow execution, data continuity, secure retrieval, and time-alignment without diagnostic or therapeutic intent.
Continuous temperature monitoring in real-world and free-living settings is operationally challenging due to intermittent standard measurements and context-dependent variability. This limits the ability to evaluate the integrity and stability of continuous temperature time-series and to test end-to-end data collection workflows.
This feasibility study is conducted to determine whether synchronised continuous temperature data from wearable devices and an ingestible core temperature reference can be collected, time-aligned, and retrieved reliably with acceptable participant and staff burden. The study generates feasibility evidence on workflow performance and data stability to inform the design of a subsequent confirmatory clinical investigation.
Inclusion Criteria:
Exclusion Criteria:
General:
Implants & MRI:
Cognitive/Physical Status:
Gastrointestinal:
Dermatological Exclusions (Rheo Vital+ Performance)
Temperature Management:
Further Medical Conditions:
jens.eckstein@usb.ch0041-61-3287689