VISYTER: versatile and integrated system for telerehabilitation.

Area of Science:

• Rehabilitation Technology
• Telemedicine
• Software Engineering

Background:

• Telerehabilitation requires adaptable systems considering diverse clinical environments and technical constraints.
• Existing platforms may lack integration, scalability, or ease of use for widespread adoption.
• The need for secure, versatile platforms supporting various bandwidths is critical for effective remote care.

Purpose of the Study:

• To introduce the Versatile and Integrated System for Telerehabilitation (VISYTER) platform.
• To highlight VISYTER's design accommodating rehabilitation service requirements and varying internet speeds.
• To showcase VISYTER's potential in developing and deploying diverse telerehabilitation applications.

Main Methods:

• VISYTER integrates high-quality videoconferencing with EHR access and specialized telerehabilitation tools.
• The platform supports features like remote camera control, stimuli presentation, and eye contact teleprompting.
• System scalability was designed for both low-volume home services and high-volume enterprise telehealth.

Main Results:

• VISYTER has been utilized for applications including remote wheelchair prescription, autistic assessments, and international physical therapy.
• An evaluation of VISYTER for remote wheelchair prescription involving 48 participants showed high patient satisfaction.
• The platform demonstrated versatility and cost-effectiveness in a pilot study.

Conclusions:

• VISYTER is a versatile and integrated software platform for developing various telerehabilitation applications.
• The system's design addresses key requirements of rehabilitation services, including minimal equipment and ease of operation.
• VISYTER has the potential to significantly lower technical and economic barriers to telemedicine adoption.