5. Operationalize your tech
You’ve defined what to measure and why. Now you have to make it work—reliably, safely, and at scale.
This section walks you through the practical steps to deploy sDHTs in clinical trials with the controls regulators expect and the support participants deserve.

Why it matters
Integrating sDHTs introduces unique opportunities (e.g., continuous real-world data capture) but also challenges (e.g., data volume, device variability, participant adherence). Done well, it enhances data quality, boosts participant retention, and de-risks regulatory review by demonstrating fit-for-purpose performance.

For developers, this stage tests the sDHT’s real-world robustness and informs future iterations.

For adopters, it ensures the technology aligns with trial objectives, reduces site burden, and supports decentralized elements.
FDA SPOTLIGHT
This FDA guidance notes sDHTs must be monitored for reliability, security, and data integrity throughout the trial. This includes risk-based approaches to oversight, clear data handling protocols, and documentation like Software Bill of Materials (SBOMs) to trace software components.
A note about clinical trial design
General clinical trial design principles are not discussed in depth in this Roadmap, as clinical trial best practices apply regardless of sDHT inclusion. However, incorporating sDHTs into a trial can introduce specific design concerns that must be addressed upfront to ensure data validity and regulatory compliance.
SECTION 5 | OPERATIONALIZE YOUR TECH
Ready to dive in?
These subsections and resources will give you practical tips, best practices from the field, and point you to relevant sections of FDA guidances.
Outlines secure, standards-aligned infrastructure to ensure data integrity and privacy across the sDHT lifecycle.
Focuses on workflow readiness to ensure seamless technology integration and site execution from Day 1.
Define a risk-based oversight strategy to protect participant safety and maintain high-quality data.
Learn how predefined response pathways address monitoring signals to protect participant safety and maintain trial integrity.