The ReViveX system is designed as an integrated neurorehabilitation solution combining a sensor-enabled physical device with a software platform that supports interactive therapy and progress monitoring.
The primary physical component of ReViveX is a soft, air-filled therapy ball embedded with pressure sensors. The device is designed to accommodate users with limited grip strength and reduced motor control.
Sensor readings are captured in real time and transmitted to the software platform for analysis and feedback.
The system utilises pressure and motion sensing to measure grip strength, response timing, and interaction accuracy. These metrics provide objective insight into both physical and cognitive performance during therapy sessions.
Sensor calibration ensures consistency across sessions and supports longitudinal progress tracking.
The software component delivers guided therapy exercises through an interactive interface. Exercises are structured to combine physical interaction with cognitive tasks such as memory, attention, and reaction-based challenges.
Session data is stored securely and made available for clinical review.
Accessibility is a core design consideration of ReViveX. The system supports multiple languages, including English, Sinhala, and Tamil, ensuring usability across diverse user groups.
The interface is designed with simple navigation, clear visual feedback, and minimal cognitive load to accommodate users with varying levels of impairment.
User performance data is collected for the purpose of monitoring rehabilitation progress. The system architecture is designed to ensure data integrity and controlled access, allowing clinicians to review relevant metrics while maintaining patient confidentiality.
All collected data is intended for academic and clinical evaluation within the scope of the project.