Strolll® is a next-generation augmented reality (AR) digital therapeutic platform designed to transform neurological rehabilitation through immersive, real-world therapy delivery. Utilising transparent AR smart glasses, the system overlays interactive exercises, visual cues, and gamified tasks directly into the patient’s physical environment, enabling functional, task-specific rehabilitation without removing the patient from their surroundings.
Unlike traditional virtual reality systems, Strolll® maintains full visibility of the real world, reducing the risk of disorientation while promoting natural movement patterns and over-ground walking. This makes it particularly effective for gait, balance, and mobility training in patients with neurological conditions such as Parkinson’s disease, stroke, and multiple sclerosis.
The platform integrates evidence-based rehabilitation techniques with advanced AR cueing strategies, including visual and auditory prompts that support motor learning and improve movement initiation. These cues can be tailored to individual patient needs, enhancing outcomes in patients with impaired mobility or freezing of gait.
Strolll® offers a fully data-driven clinical experience, capturing objective performance metrics during each session. This data is automatically processed into clinician-ready reports, reducing administrative burden while enabling precise monitoring of patient progress.
The system supports both supervised in-clinic therapy and remote home-based rehabilitation, allowing clinicians to prescribe, monitor, and adjust therapy programmes in real time. Gamified exercises and interactive tasks significantly improve patient engagement and adherence, with studies demonstrating high compliance rates in structured rehabilitation programmes.
Compact, portable, and adaptable to any clinical space, Strolll® provides a scalable solution for modern rehabilitation practices seeking to enhance patient outcomes, increase therapy intensity, and optimise clinical efficiency through digital innovation.
Features:
- Augmented reality neurorehabilitation platform using transparent smart glasses
- Real-world therapy delivery (AR) vs virtual reality (VR) for functional movement training
- Gamified rehabilitation exercises targeting gait, balance, and cognition
- Customisable therapy protocols tailored to individual patient needs
- Integrated AR cueing (visual and auditory) for motor facilitation
- Objective data capture with automated clinical reporting
- Remote monitoring and home-based rehabilitation capability
- Compatible with commercial AR headsets (e.g. HoloLens, Magic Leap)
- Portable, space-efficient system adaptable to any environment
- Clinically validated digital therapeutic platform
Benefits:
- Enhances gait, balance, and functional mobility outcomes
- Improves patient engagement and therapy adherence through gamification
- Supports neuroplasticity and motor relearning via targeted AR cueing
- Enables continuity of care with hybrid clinic-to-home rehabilitation
- Provides objective, data-driven insights for clinical decision-making
- Reduces administrative workload through automated documentation
- Expands rehabilitation access with remote therapy capability
- Improves clinical efficiency and scalability of therapy services
Specifications:
- System Type: Augmented Reality (AR) Digital Therapeutic Platform
- Delivery Hardware: Compatible with AR smart glasses (e.g. Microsoft HoloLens, Magic Leap)
- Therapy Modes:
- Gait training
- Balance training
- Cognitive training
- Gamified exercise modules
- Clinical Applications:
- Parkinson’s disease
- Stroke rehabilitation
- Multiple sclerosis
- Neurological and geriatric rehabilitation
- Interface: Clinician dashboard with remote monitoring and reporting
- Data Capture: Real-time performance metrics and automated session notes
- Therapy Environment:
- In-clinic use
- Home-based rehabilitation
- Design: Portable, space-efficient AR system adaptable to room layout
Nappi Code: None
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