Virtual Reality-Based Neurorehabilitation Platform

Augmented reality system that guides patients through precise movement rehabilitation using real-time biofeedback and visual overlays. Combines FES and NMES modalities with immersive therapy guidance for neurological rehabilitation.

A next-generation neurorehabilitation platform designed for patients recovering from stroke, spinal cord injury, traumatic brain injury, and other neurological disorders. The system combines artificial intelligence, augmented reality, functional electrical stimulation (FES), neuromuscular electrical stimulation (NMES), real-time biofeedback, brain-computer interface (BCI), and BioRhythmIQ® technology to deliver personalized rehabilitation that adapts continuously to each patient's neurological condition and recovery progress. Unlike conventional rehabilitation systems, Axionis-Kynara is designed to decode patient intent in real time and deliver predictive stimulation before movement is fully expressed, featuring an AI engine that analyzes EMG signals and fatigue trends, interactive AR-based therapeutic activities with visual feedback, and direct brain-signal interaction for intent-based motor recovery.

AI-powered platform utilizing computer vision technology to provide real-time motion tracking and guided exercises for physiotherapy and rehabilitation. Delivers personalized home exercise programs with digital assessments and performance feedback to optimize patient adherence and clinical outcomes.

Proprietary neurorehabilitation technology that amplifies movement errors to trigger adaptive neural responses and accelerate motor learning. The system applies calibrated error-augmenting forces during virtual 3D environment practice, enabling instinctive movement correction without cognitive reliance or manual guidance.

Projector-based exercise platform for active movement training incorporating coordinative, reactive, and cognitive tasks. Enables interactive therapy in clinical and rehabilitation settings.

Virtual reality-based rehabilitation platform for motor and cognitive function recovery. Incorporates immersive environments to enhance patient engagement and improve treatment outcomes in rehabilitation programs.

Integrated robotic platform for post-stroke motor rehabilitation. Combines virtual reality environments with objective performance metrics to facilitate functional recovery and clinician assessment.

A virtual reality-based rehabilitation platform for patients recovering from trauma, stroke, or degenerative diseases. The system supports physical and cognitive recovery by providing immersive therapeutic experiences to restore motor and cognitive capabilities.

A bioelectrical signal-based assessment platform that provides precise neuromotor function evaluation for patients with neural injuries and movement disorders.

Therapy system focused on cognitive disorders addressing memory, problem solving, divided attention, and movement precision. The platform uses virtual reality technology to support cognitive rehabilitation in patients with mental disorders.

VertiRehab is a vestibular rehabilitation platform that combines dynamic posturography, smart visual feedback, and AI-driven assessment tools for treating balance and dizziness disorders. The system enables clinicians to deliver targeted vestibular therapy with real-time motion tracking and personalized exercise protocols for patient recovery and fall prevention.

Intensive Visual Simulation is an intelligent rehabilitation system designed to accelerate patient recovery from neurological and orthopedic conditions. The platform enables supervised group therapy or autonomous training, optimizing daily rehabilitation dosage through technology-enhanced clinical pathways. Clinical support and implementation services ensure sustained device utilization in healthcare facility rehabilitation departments.