Rehabilitation is among the key directions of healthcare VR, driven by the opportunity of advanced progress monitoring, controlled remote rehabilitation, and increased patients’ motivation.

Core Features VR for Rehabilitation:

• Patient profile storage

Each patient has a personal profile with medical records, therapy program and goals, session history and progress scores.

• Training program editing

The duration and difficulty of rehabilitation exercises can be adjusted either manually by a therapist or automatically with the AI technology based on real-time feedback on user progress.

• Progress tracking

The system records a patient’s actions from motion sensors, compares data with pre-set performance metrics, analyses the patient’s progress and builds its overview over time.

• Real-time guidance and positive reinforcement

Virtual reality sessions include visual and/or audio hints and rewards (e.g., changing a virtual object’s color to guide movements, unlocking level badges, voicing encouragements).

• Two-player mode

A therapist can join a VR session as the second avatar to show movements for a patient. Alternatively, this mode can be used for patients to train independently at the same time (optimizing a therapist’s workload) or to compete against each other (raising their interest in exercising).

• Telerehabilitation

With portable VR equipment, patients can exercise at home while being monitored remotely by a therapist via the web. Such therapy is more cost-effective than in-person therapy and eases access to rehabilitation services for patients in rural/distant areas.

VR for Rehabilitation: Consulting and Development by ScienceSoft

VR for rehabilitation: consulting

Our consultants help:

• Decide on the system’s functionality.
• Choose the right tech stack.
• Design a scalable architecture.
• Define product development and management roadmap.
• Estimate TCO of the VR system.
• Estimate ROI.

VR for rehabilitation: development

The service covers all the stages of VR system creation:

• Business analysis and research.
• Architecture design.
• 3D modeling.
• UX and UI design.
• Software development.
• VR testing.
• Continuous support and evolution.

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