Personal Sensor Technologies

Study sponsors, researchers, and clinicians are increasingly interested in using wearables and sensor devices to collect data, but two key problems exist: 1) There is a deficit in the expertise and technology infrastructure to incorporate wearable devices into current research programs, and 2) in cases where wearables’ data are collected, there is an inability to manage and analyze the data in a meaningful way.

Experts at RTI International can help you. We conduct basic research on the validity and reliability of the wearable products, provide guidance and technical support to plan and implement studies that use wearables for data collection, manage pilot and demonstration programs, and monitor and evaluate efforts to that ensure they generate trusted and actionable data.

RTI International’s Wearables Research and Analytics Platform (WRAP) provides an end-to-end solution that enables research teams to collect, manage, and analyze wearables data from large cohort studies in a streamlined, evidence-based, and cost-effective manner. The WRAP technology stack is deployed on the Microsoft Azure cloud and provides a robust, scalable, and highly secure platform for sensitive study data.

Experts at RTI can help you with the following:

• Identify, evaluate, and select the most appropriate wearable for use in your study
• Conduct validity or reliability testing to confirm or compare performance between target devices
• Negotiate research and bulk discounts with preferred vendors
• Procure devices and manage shipping logistics for large orders
• Configure wearables for use on your study and distribute them to study participants
• Obtain informed consent and onboard a distributed sample
• Create training or technical reference material for individuals or study staff
• Inform advanced data analytics and visualization for reporting.

Observation

The most basic research function that sensor-based technologies support is the observation of health-relevant behaviors and physiological measures over time. Sensor-based technologies present potential advancements in observational research since the data collected are objective, passive, and continuous—all of which serve to yield results that incur less bias. For the National Institutes of Health, RTI uses consumer wearable devices to collect measures of physical activity, sedentary time, and sleep from study participants on large-scale, longitudinal cohort studies.

Intervention

Sensor-based technologies can also be used to create feedback systems to support interventions. The upload of sensor data to external sources can be used to identify areas for improvement, which can then generate personalized feedback in real time or at a later date. For the Department of Justice, RTI uses specialized, research-grade wearable devices to collect high-quality data on physiological indicators of stress and provide tailored feedback for participants in studies of psychological resilience and stress management.

Prediction

Personal sensor data can also be used for the prediction of behaviors or future disease states through pattern recognition. Sensor-based technologies can capture prospective data leading to an event of interest, which can be used to predict future events. For the Defense Advanced Research Projects Agency, RTI uses clinical-grade wearable devices and in vivo sensors to collect measures of cardiac function and tissue oxygenation to enable presymptomatic detection of viral illness.