Capture digital endpoints in clinical trials, both in-clinic and at-home
Those endpoints help sponsors quantify richer insights that deliver meaningful clinical outcomes and transform patients’ lives through better evidence for gait, balance and additional mobility tests.
Opal V2C System offers movement tests across 4 core domains
Power your clinical trial with wearable sensors
Clario’s Opal V2C precision motion monitoring and actigraphy solution is validated across many indications, including Parkinson’s Disease (PD), Multiple Sclerosis (MS), Spinocerebellar Ataxia (SCA), and more.
It enables efficient data capture by:
- Delivering real-time data through Precision Motion Monitoring (PerfO) of gait, balance and mobility
- Having pre-configured standard assessments of instrumented tests embedded in software with more than 140 validated outcome measures
- Providing analytics through our Mobility Lab software platform
- Guided patient coaching through the assessment procedure
Available solutions
Precision Motion: Scientific Consulting Services
Expert guidance on generating the richest clinical evidence by capturing precise and meaningful aspects of mobility in clinical trials.
Precision Motion for Research
The Opal V2R® is a research grade wearable sensor that delivers meaningful outcomes and richer insights.
Clario generates the richest evidence for clinical trials
For the past 10 years, more than 1,000 researchers worldwide have used Opal technology to evaluate human movement and patient functional mobility. Our Opal technology has been studied and cited in 700+ peer-reviewed scientific publications. Our expert scientific advisory team has generated a body of evidence with over 45,000 scientific citations.
Opal® Knowledge Base – Scientific Publications
Explore our collection of 700+ peer-reviewed scientific publications featuring the technical and clinical applications of our Opal® System.
Related resources
Cognitive Assessment and Wearable Sensor-Based Gait and Balance Assessment in Studies of Alzheimer’s Disease and Mild Cognitive Impairment: A Preliminary Review
Study to determine best combination of gait measures to discriminate MS from healthy control subjects
Clario Precision Motion: scientific consulting services
Opal V2C® System Precision Motion