Cuffless blood pressure technologies are transforming physiological monitoring by enabling continuous, wearable, and minimally intrusive measurement approaches. Validating these devices requires careful study design because traditional cuff-based reference techniques do not always match continuous or near-continuous outputs. For continuous non-invasive blood pressure systems, validation expectations are addressed by ISO 81060-3. Selecting the correct reference method is one

What is a Blood Pressure Validation Study? Blood pressure devices cannot enter the market based solely on engineering performance or bench testing. Sponsors must demonstrate that device measurements are accurate when compared against validated clinical reference methods. A blood pressure validation study provides the clinical evidence needed to support FDA submissions, CE mark activities, and global regulatory acceptance. For cuff-based non-invasive blood pressure devices,

Wearable medical devices are transforming how clinicians, researchers, and consumers measure and manage health. From continuous blood pressure monitoring to pulse oximetry sensors, the future of physiological monitoring depends on reliable validation in real-world and controlled environments. At Parameters Research Laboratory (PRL), we recognize that this reliability starts with a foundation of Good Clinical Practice (GCP) . Researcher conducting a GCP-compliant wearable m