An RF engineer explains why sensor physics and analog design, not software, determine whether wearable trial data can be trusted.
- Designing eCOA Technology Patients Can Actually Use
- Clinical Trial Technology Doesn't Fail – It Fails At The Handoff
- Why Life Science Tech Pilots Fail After The Demo — And How To Avoid It
- Inside Versiti's Data Strategy: Building AI-Ready Research Systems
- How Versiti Turns Data Into A Lifeline For Rare Blood Patients
- What Is Shadow AI, And How Does It Impact Clinical Trial Tech?
- Will AI And Agile Project Management Help Advance RBM?
- Building A Clinical Trial Tech Stack That Actually Works
ARTICLES, APP NOTES, CASE STUDIES, & WHITE PAPERS
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Do CROs Need To Reinvent Themselves In 2025?
Facing economic pressures, regulatory changes, and technological advancements, CROs must redefine their value propositions and discuss the need for reinvention in 2025 to accelerate into the future.
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Wearables In Clinical Trials: Real Benefits Beyond The Hype
Gain insight into the slow adoption rates and consider several compelling reasons why researchers should integrate these devices sooner rather than later.
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Vaccine Trial Sees >90% eCOA Adherence
Discover how we addressed vaccine trial challenges and drove remarkable success, achieving over 90% adherence to eCOA, ensuring active engagement from the trial participants, and yielding consistent, reliable trial data.
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Unify Your Data With A Centralized eClinical Platform
Despite the challenges associated with large volumes of data, maintaining quality and regulatory compliance, and enhancing patient engagement, the solutions for managing them can be simple and efficient.
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How To Use Real World Data To Maximize Patient Recruitment In DCTs
In the clinical trial space, RWD helps support research design, protocol and patient engagement goals. Perhaps the most immediate way clinical research leaders can harness the power of RWD is as a tool for optimized patient recruitment. Learn how this can be done in the available blog.
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Bringing Intelligence Into The Flow Of Clinical Trials
AI-driven trial intelligence turns complex data into real-time insight, enabling earlier risk detection, stronger oversight, and smarter decisions across the trial lifecycle.
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Considerations For Implementing The Best eCOAs In Your Trial Design
Dive into considerations when deciding on the best COAs to implement as well as best practices when developing your eCOA strategy in this blog.
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eCOA Best Practices For Crohn's And UC Trials
Around 200 trials annually use tools like the Crohn’s Disease Activity Index (CDAI) and Modified Mayo Score (mMS) to measure clinical remission. Implementing these in eCOA systems requires careful planning.
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How Heron Therapeutics Sped Up Database Creation
Electronic data capture (EDC) is straightforward, in theory. However, not every EDC is purpose-designed for ease of use by study teams, and some are easier to use and more intuitive than others.
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3 IRT Tactics Being Used To Streamline Supply Logistics
Shipping and storing leading-edge therapeutics require complex logistics, but enhanced automation and process simplification ensure that sites and patients have the drugs they need when they need them.
- Why Trustworthy Clinical Trial Data Starts As Analog, Not Digital
- Why Clinical Trial Coordinators Are Still The Human API
- Designing eCOA Technology Patients Can Actually Use
- Clinical Trial Technology Doesn't Fail – It Fails At The Handoff
- Inside Versiti's Data Strategy: Building AI-Ready Research Systems
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