Digital Rehabilitation Knowledge Hub

Digital Rehabilitation Knowledge Hub

Explore how technology is transforming rehabilitation, healthcare and everyday care.

Evidence-informed resources about virtual reality, artificial intelligence, motion tracking, augmented and mixed reality, telerehabilitation and emerging digital health technologies—for healthcare professionals, patients, families and healthcare organizations.

Rééducation numérique avec Remotion : un patient utilise la réalité virtuelle tandis qu’un professionnel de santé surveille à distance la séance de rééducation.

What would you like to explore?

Healthcare Professionals

Discover how digital technologies are transforming occupational therapy, physiotherapy, speech and language therapy, psychomotor therapy, psychology, neuropsychology, rehabilitation medicine and other healthcare professions.

Patients, Families & Caregivers

Understand how digital rehabilitation can support therapeutic goals, participation and continuity of care beyond the clinic.

Healthcare Organizations

Explore practical approaches to digital rehabilitation, hybrid care, clinical implementation and emerging technologies.

Healthcare Professions & Technology

Explore the history and evolution of healthcare professions and how tablets, motion sensing, virtual and augmented reality, artificial intelligence, connected tools and digital workflows can support clinical practice and reduce administrative workload.

Start here: How Technology Is Transforming Occupational Therapy: AI, VR & Digital Tools →
The Future of Physiotherapy: Motion Tracking, AI & Virtual Rehabilitation →
How Technology Is Changing Speech and Language Therapy: AI, AAC, VR & Telepractice →
Psychomotor Therapy in the Digital Age: VR, Motion Tracking & Interactive Rehabilitation →
Digital Tools in Neuropsychology: Cognitive Assessment, VR, AI & Rehabilitation →
How Technology Is Transforming Physical and Rehabilitation Medicine: AI, Robotics, VR & Connected Rehabilitation →
Psychology and Digital Mental Health: AI, Virtual Reality & Technology-Augmented Practice →
Prosthetics and Orthotics in the Digital Age: 3D Scanning, Smart Sensors, AI & Personalized Rehabilitation →
Audiology and Hearing Rehabilitation in the Digital Age: AI, Spatial Audio, Smart Hearing Devices & Immersive Training →
Orthoptics and Vision Rehabilitation in the Digital Age: VR, AI, Eye Tracking & Multisensory Immersion →
Neurology in the Digital Age: AI, Digital Biomarkers, Virtual Reality & Technology-Augmented Neurorehabilitation →
Psychiatry in the Digital Age: AI, Virtual Reality, Digital Phenotyping & Technology-Augmented Mental Healthcare →
Pediatrics in the Digital Age: AI, Virtual Reality, Interactive Rehabilitation & Age-Adapted Technology →
Geriatrics in the Digital Age: AI, Virtual Reality, Serious Games & Technology for Healthy Aging →
General Practice in the Digital Age: AI, Remote Monitoring, Prevention & Connected Primary Care →
Nursing in the Digital Age: AI, Remote Monitoring, Virtual Care & Technology-Augmented Nursing Practice →
Dietetics and Nutrition in the Digital Age: AI, Virtual Reality, Serious Games & Technology for Sustainable Lifestyle Change →
Respiratory Therapy in the Digital Age: AI, Virtual Reality, Telerehabilitation & Serious Games for Pulmonary Care →
Social Work in the Digital Age: AI, Virtual Reality, Digital Inclusion & Technology for Participation and Independent Living →
Rehabilitation Engineering: Evidence-Based Approach, R&D, AI, Robotics & Human-Centered Innovation →
Training Healthcare Professionals in the Digital Age: VR, AR, AI, Simulation & Serious Games →
The Augmented Human, the Augmented Healthcare Professional and the Augmented Therapist →
Using VR, AR and Simulation to Raise Awareness About Disability, Autism and Health Conditions →

Families & Caregivers

Practical resources for understanding rehabilitation technology at home, supporting children and adults, choosing appropriate digital tools and working effectively with healthcare professionals.

Telerehabilitation & Hybrid Care

Learn how remote and hybrid rehabilitation models can combine professional supervision, therapeutic activities, communication, motion tracking and progress monitoring across care settings.

Conditions & Rehabilitation Technology

Explore technology-supported rehabilitation in neurological, pediatric, cognitive, motor and mental-health contexts, including stroke, Parkinson’s disease, cerebral palsy, developmental coordination disorder, brain injury and upper-limb rehabilitation.

Explore by Technology

  • Réalité virtuelle — immersive rehabilitation and simulated therapeutic environments.
  • Motion Tracking — camera, body, hand and movement-based interaction and measurement.
  • Artificial Intelligence — personalization, content generation, clinical support and workflow automation.
  • Tablets & Applications — accessible digital therapeutic activities and home programs.
  • Augmented & Mixed Reality — connecting digital activities with real-world environments.
  • Sensors & Wearables — objective movement, activity and performance data.
  • Télérééducation — extending rehabilitation through remote and hybrid models of care.

Evidence-Informed Digital Rehabilitation

This Knowledge Hub connects scientific evidence with practical clinical understanding. Resources discuss potential benefits alongside limitations, accessibility, professional responsibility, privacy and the importance of person-centred care.

From Knowledge to Clinical Application

Remotion develops digital rehabilitation technologies with healthcare professionals, combining interactive therapeutic activities, immersive environments, motion-based interaction and meaningful patient performance data. The goal is not to replace healthcare professionals, but to give them new ways to personalize, deliver and follow rehabilitation.