CLINICAL TRIAL WEARABLES & SENSORS INSIGHTS
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The Synchronization Problem Clinical Research Isn't Watching
Why timestamp drift between wearable sensors quietly undermines decentralized trial data, and why almost no one is asking about it.
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Why Trustworthy Clinical Trial Data Starts As Analog, Not Digital
An RF engineer explains why sensor physics and analog design, not software, determine whether wearable trial data can be trusted.
WEARABLES & SENSORS RESOURCES
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Understand the gaps between how data is collected in real-world evidence (RWE) and randomized clinical trials (RCT) and how RWE is quickly finding ways to catch up.
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Learn how wearable technology is reshaping the future of clinical trials, offering opportunities to collect continuous, real-time health data while improving patient access and engagement.
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Explore this near real-time adherence monitoring solution for clinical trial sponsors that compares wearable device data collected from a participant's scheduled activities and visit dates.
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This white paper explores the importance of choosing an EDC with an API before starting a clinical trial.
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Explore four real-world examples of clinical trials that successfully integrated DHTs. Each case study highlights how DHTs impacted specific aspects of trial design.
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Wearable DHTs offer a solution to the challenges of measuring Parkinson's disease in clinical trials. Discover how these technologies can improve outcome measures and accelerate drug development.
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A critical aspect of wearable-enabled clinical trials is usability. This resource serves as a guide to understanding the impact each element of usability has on trial success.