Deliver Faster Study Startup.
The industry’s most advanced eCOA platform, enabling 100% configuration, was purpose-built for faster implementation and easy study changes. YPrime’s no-code, fully configurable nature allows for quick study launches, reducing startup times by 47%.
Improve Operational Efficiency
and User Experience.
A user-friendly eCOA is key to driving engagement and compliance—ensuring high-quality data. Our multi-tenant solution ensures all studies run on the same version, delivering consistency across portfolios. Our eCOA platform delivers:
Clinical Quality is at Our Core.
Quality is integral to clinical trial success. Our eCOA platform
empowers you with the tools and transparency to ensure the
highest clinical trial data quality for regulatory approval. From an advanced data warehouse and site performance monitoring functionality to compliance monitoring for risk mitigation, YPrime eCOA empowers clinical trial sponsors to:
Accelerate Your Trial Timelines.
Improve Data Capture.
Drive
47% faster
startup times
With pre-validated eCOA libraries.
Ensure
high-quality
data
With built-in validation.
Simplify
user
experience
With our easy-to-use interface.
YPrime has a clean and seamless UI. It is able to take the data and put it into graphs and figures to show where the data is trending.
It’s YPrime That Solves for Certainty in Clinical Trial Outcomes.
There’s no one-size-fits-all at YPrime. Our clinical trial technology and solutions allow us to customize an approach that works best for you, helping you enhance patient engagement and improve visit compliance.
740+
Studies Implemented Globally
19
Therapeutic Areas
10+
Years’ IRT and eCOA Experience
Let’s Solve for Certainty in
Clinical Research—Together!
When we work together, you know that your clinical trial data is always compliant. Our eCOA, IRT, and eConsent platform helps you deliver the
clinical trial outcomes you need. Let’s get started!
Explore Insights From Our Experts.
Gain valuable perspectives on trial design, data capture, operational efficiencies, and, ultimately,
solving for certainty in clinical research.