ARTICLES, APP NOTES, CASE STUDIES, & WHITE PAPERS

• Maximize The Value Of Wearable Data

  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.

• Study Start-Up Checklist For Digital Clinical Trials

  Read how five Florence employees with clinical research backgrounds came together to craft a checklist designed to walk sites through the process of tech-enabled study start-up.  

• The AI Revolution In Clinical Trials

  AI is reshaping clinical trials by accelerating patient recruitment, optimizing protocol design, and improving data quality—driving faster, more efficient, and more inclusive research outcomes.

• Bring Your Own Device (BYOD) Clinical Trials

  Bring Your Own Device (BYOD) is revolutionizing clinical trials by enabling participants and researchers to use their own smartphones, tablets, or computers to collect and manage data.

• Introducing Digitally-Enabled Biosample Consent Storage

  Despite the rise of digital solutions in healthcare, paper consent forms are still common in today’s clinical trials. Unfortunately, these paper forms pose significant challenges in retaining the documentation of informed consent for centrally stored biospecimens.

• Evaluating EDC Systems In A Modern DM Landscape

  This guide provides five crucial recommendations to refine evaluation strategies and choose the right solution for today's complex clinical data environment, optimizing data collection practices.

• The Ten Commandments Of Vendor Selection

  Selecting the right vendors sets the foundation for efficient operations and reliable outcomes, and these ten essential principles can guide sponsors in making informed vendor choices.

• The Agentic AI Connectors That Matter In Clinical Development

  An inside look at the architecture behind agentic AI in clinical research, including how modular agents, connectors, and MCP frameworks enable scalable, interoperable automation across complex trial ecosystems. 

• What Are Decentralized Clinical Trials (DCTs)?

  Discover how DCTs leverage “virtual” tools, such as telemedicine, sensory-based technologies, wearable medical devices, and direct delivery of study drugs and materials to patients’ homes.

• The Regulatory Governance Gap In Clinical Trial AI

  Regulators are no longer questioning whether AI belongs in clinical trials; however, they’re demanding a governed infrastructure that makes every AI-driven decision auditable and defensible.