AR in rehabilitation uses 3D whole-body tracking technology to provide real-time feedback, enhancing user engagement and motivation during exercises. This technology allows for accurate movement monitoring, enabling therapists to personalize treatment plans and improve recovery outcomes.

Internet-based telerehabilitation could be a value option for the treatment of musculoskeletal disorders, with the advantage of providing rehabilitation from anywhere.

There are more than 58 designed training activities, 4 categories include upper-limb, lower-limb, balance, and coordination exercises.

The NVIDIA AI chip enhances the Femto Mega depth sensor by enabling real-time processing, which improves the accuracy and reliability of depth and RGB data. This integration supports high-resolution measurements and efficient data streaming, making it ideal for applications in robotics, healthtech, and logistics.

Provide real-time, objective augmented reality visual and audio instruction and feedback.

The Hope 4 Care program requires an estimated half to full day for users to achieve full functional proficiency. Its integrated suite covers the entire workflow, commencing with administrative duties (e.g., user account setup) and extending to the core therapeutic module, which provides 58 specialized training activities for clinical practice.

The use of AR in rehabilitation offers key benefits: it boosts user engagement and motivation through real-time feedback, while its precise movement tracking enables therapists to tailor treatments and accelerate recovery.

• Architecture: Cloud-based (SaaS)
• Client Access: Requires installation of a dedicated login application on a local desktop or laptop.
• Licensing: A unique, one-time use software key is provided to activate the login. This key permanently ties the license to the specific hardware device for security.