FEATURED ARTICLES

• AI‑Readiness Checklist: Is Your Clinical Data Environment Ready?

  AI impact depends on solid data practices, good governance, and team alignment. This piece highlights what to assess and how organizations can build readiness for future initiatives.

• AI In Clinical Trials: Practical Use Cases For Data Management

  AI is improving daily data management with automation, faster issue detection, and smarter reviews. This piece outlines practical use cases and what teams need to enable real, sustainable adoption.

• Is Your Legacy EDC Limiting AI's Impact On Your Clinical Data?

  AI can enhance clinical data workflows, but aging EDC systems hold teams back. This piece breaks down key barriers and shows what’s needed to modernize data foundations for meaningful AI adoption.

• Virtual eConsent For Decentralized Trials

  Virtual eConsent improves accessibility and compliance in decentralized trials, streamlining enrollment with a secure, user-friendly process for informed consent in remote research.

• Streamlining Trials With eConsent And EDC

  Integrating eConsent with EDC streamlines clinical workflows, improves data accuracy, and enhances patient engagement by creating a unified, compliant system for consent and trial data management.

• Preparing Clinical Teams for 2026: AI, Automation & Integration

  Clinical teams should prepare for 2026 by embracing AI, automation, and unified platforms to improve efficiency, data quality, and scalability in increasingly complex trials.

• Clinical Data Modernization: A 2026 Starter Guide

  Clinical data modernization replaces outdated systems with integrated cloud solutions, improving data quality, accelerating insights, and streamlining workflows for more efficient trials.

• How Small Clinical Teams Can Adopt AI on a Tight Budget

  Small clinical teams can adopt AI by starting with targeted use cases, leveraging cloud-based tools, and prioritizing data quality to improve efficiency and decision-making.

• The Role Of EDC In Real-Time Decision-Making During Adaptive Trials

  Adaptive clinical trials are redefining how research evolves, relying on the ability to capture, clean, and act on data the moment it’s generated.

• Customizing EDC Workflows For Specialty Pharma, Rare Disease Trials

  Rare disease and specialty pharma trials demand a level of flexibility with electronic data capture systems that can adapt dynamically without sacrificing data integrity.

• Why Scalable EDC Systems Matter In Global Pharmaceutical Trials

  Sponsors who treat EDC as core infrastructure—not just software—are best positioned to succeed globally. Explore how EDC platforms keep studies compliant while enabling flexibility.

• EDC Powers End-To-End Data Management In Pharma-Sponsored Trials

  As clinical research moves toward adaptive, decentralized, and data-rich models, EDC remains the backbone that makes innovation operationally feasible.

• A Guide To Electronic Data Capture (EDC)

  EDC systems are designed to support a wide range of clinical research while ensuring compliance with global regulatory standards, revolutionizing data management in clinical trials.

• How To Improve Patient Outcomes Using eSource Software In Clinical Trials

  As the demand for patient-centric clinical trials grows, eSource platforms will play an increasingly vital role in facilitating efficient, compliant, and innovative research methodologies.

• Modern Post-Market Trials Driven By RWD – Is Your EDC Ready?

  Explore the transformative role of real-world data (RWD) and advanced Electronic Data Capture (EDC) systems in post-market research, marking a departure from traditional Phase IV trials.

• How EDC-Based SAE Reporting Reduces Time To Detection And Response

  Serious adverse events (SAEs) play a pivotal role in patient safety during clinical trials, and the right EDC system helps you efficiently track and manage the entire lifecycle of SAE reporting.

• Ensuring Compliance When Using Wearables In Clinical Trials

  As wearable technology takes on a central role in clinical research, explore how its benefits can be maximized while navigating the increasing complexity of regulatory compliance.

• AI-Powered Breakthroughs In CNS And Pain Trials

  Discover how AI-powered tools like EEG are revolutionizing neurological and pain clinical trials by replacing subjectivity with precision and drastically accelerating the path to approval.

• Future Of AI Analytics In Chronic Pain And Neurological Research

  This presentation explores how digital health tools and AI diagnostics are transforming clinical research, driving accurate evaluations and faster therapy development for chronic pain and neurological disorders.

• How Wearable Devices Improve Patient Engagement In Clinical Trials

  Wearables are no longer optional—they are foundational to the future of patient-centric, data-driven clinical research.