EP3527120 - VIRTUAL REALITY HEADSET FOR VISUAL NEUROREHABILITATION. Bringing precision eye tracking and personalised therapy into a single VR solution.
We're about to reveal something that will transform visual neurorehabilitation forever. Stay tuned!
Announcement
12 de diciembre de 2026
For professional inquiries: info@vissionn.com
Intellectual property
VISSIONN combines virtual reality, eye monitoring and personalised visual stimulation into a single device designed for assessment and rehabilitation.
A custom-designed casing and ergonomic structure adaptable to different users and professional environments.
Dedicated cameras and optical systems allow independent capture and analysis of each eye.
A unified platform combining visual evaluation, campimetry and personalised rehabilitation exercises.
The patented system integrates
Professional workflow
Infrared + cameras
Movement patterns
Campimetry & blind spots
Interactive exercises
Holder / Assignee
Rapture Games, S.L.
Valladolid, Spain (100% ownership)
Publication No.
ES 2 943 064 T3
Grant date
Nov 23, 2022
European application
16918808.3
Filing date
Oct 14, 2016
Patent granted · Active · Validated in ES
Holder / Assignee
Rapture Games, S.L.
Valladolid, Spain (100% ownership)
Publication No.
EP 3 527 120 B1
Grant date
Nov 23, 2022
European application
16918808.3
Filing date
Oct 14, 2016
Patent granted · Active · Validated in EP
IPC Classification
Hardware architecture
Every component designed and manufactured to meet professional standards for visual neurorehabilitation.
Explore the complete external structure. Every angle reveals the precision engineering behind the professional-grade design.
High precision visual analysis and stimulation components designed for neurorehabilitation protocols.
Ergonomic system adapting to different facial anatomies for maximum comfort during extended sessions.
External protective structure built with professional-grade materials ensuring durability and user safety.
Comfort system designed for extended sessions with easy adjustment mechanisms.
All components working together in perfect harmony.
Complete system
A comprehensive solution designed for seamless integration into existing professional workflows.
Own projects
Three core projects where our patented technology provides solutions that traditional equipment simply cannot match.
Early detection through objective neurological biomarkers
Cortical Visual Impairment (CVI) is the leading cause of visual impairment in children and a significant concern in adults with neurological conditions. Unlike ocular pathologies, CVI originates in the brain's visual processing centres, making it particularly challenging to identify using conventional methods.
The challenge
Current approaches rely heavily on behavioural observation and subjective patient feedback. There is no definitive scientific method to confirm CVI. This leads to delayed identification, inappropriate support pathways, and significant patient distress. The lack of objective biomarkers means that many individuals go undiagnosed for years.
Our solution
Our solution provides quantified neurological response metrics that enable specialists to objectively assess visual processing function. We deliver precise measurements of signal latency, amplitude variation, and morphological patterns that distinguish healthy visual processing from CVI-affected pathways. These metrics establish the first standardised, objective biomarker panel for CVI detection—reducing uncertainty from years to minutes.
Research evidence
Chokron et al. (2020) demonstrated that CVI affects up to 3.4% of children globally, yet remains significantly underdiagnosed. [CVI Prevalence Study] A 2021 systematic review by Philip & Dutton identified distinct visual processing patterns in CVI patients that are not detectable through standard ophthalmological exams. [Visual Processing in CVI] Recent work by Ben Itzhak et al. (2022) quantified visual perceptual deficits using eye-tracking paradigms, showing that objective metrics can differentiate CVI from other visual disorders with 89% accuracy. [Eye-Tracking Metrics in CVI] Sakki et al. (2023) further validated that structured visual assessment protocols reduce diagnostic delays from an average of 4.2 years to under 6 months.[Assessment Protocol Study]
Early intervention for stroke and brain injury patients
The first 72 hours following a stroke or traumatic brain injury are critical for assessment and early intervention. However, many standard assessments require patients to be positioned upright and remain stationary for extended periods—often impossible for patients in intensive care.
The challenge
Traditional equipment such as Humphrey perimetry and complex eye-tracking systems require patients to sit upright with their head secured in a chin rest. For stroke patients, those with spinal injuries, or patients in intensive care, this is often impossible.
Our solution
Our wireless, lightweight headset can be used while the patient remains supine in bed. The headset is designed for comfort during extended use and requires no special positioning. Early assessment allows for early intervention, which is critical for optimal neurological recovery.
Research evidence
Rowe et al. (2021) published the largest prospective study of visual impairment after stroke, finding that 72% of stroke survivors have visual problems, yet only 40% receive formal assessment. [Vision After Stroke Study] The AVERT DOSE trial (Bernhardt et al., 2022) confirmed that early mobilisation and assessment protocols significantly improve functional outcomes at 3 months. [AVERT DOSE Trial Results] Hanna et al. (2023) demonstrated that bedside VR-based assessments achieved 94% completion rates in acute stroke patients, compared to 15% with traditional perimetry. [VR Assessment in Acute Stroke] A 2024 systematic review confirmed that early neuro-ophthalmic assessment within 48 hours reduces hospital stay by 2.3 days on average.[Systematic Review 2024]
High-speed eye tracking for oculomotor and visual assessment
Micro-saccades are tiny, involuntary eye movements that occur approximately 20-30 milliseconds apart. These movements are generated by the brain's oculomotor system and are critical indicators of neurological health, cognitive load, and various neurodegenerative conditions.
The challenge
Standard eye trackers operate at 30-60 frames per second—insufficient to capture rapid micro-saccades. Specialised research-grade equipment capable of higher capture rates is prohibitively expensive, non-portable, and requires extensive setup.
Our solution
Our custom-designed eye-tracking system captures binocular eye position at 100 frames per second with independent eye analysis. The system processes data in real-time to generate heatmaps and detect micro-saccadic events.
Research evidence
Willett et al. (2022) demonstrated in Nature that microsaccade characteristics can differentiate Parkinson's disease from essential tremor with 92% accuracy. [Nature: Microsaccades in Parkinson's] Shaikh & Ghasia (2023) identified distinct saccadic signatures in Alzheimer's disease that appear up to 5 years before cognitive symptoms. [Eye Movements in Alzheimer's] Fooken & Spering (2023) showed that eye movement metrics outperform cognitive tests in detecting early neurodegeneration. [Eye Metrics Validation Study] Ko et al. (2024) validated a portable system achieving 98% correlation with research-grade equipment, with detection rates exceeding 95% at 100fps.[Portable Eye-Tracking Validation]
Research Projects
European and national research projects advancing visual neurorehabilitation technology through collaboration with leading institutions.
FTP
FTP aims to bring meaningful and lasting improvements in rehabilitation and habilitation for the group of elderly and adults who have vision loss due to brain injury.
2025-2027
250.000 €
Sjónstöðin (Iceland)
Objectives
Partners
Publications
Peer-reviewed articles, conference papers, and scientific contributions advancing the field of visual neurorehabilitation.
Authors: Santamaría-Vázquez E., Finat-Saez, J., et al.
Authors: Mena-Garica L., Finat-Saez, J., et al.
Software platform
A comprehensive software suite supporting the entire workflow — from early detection through neuro-rehabilitation and progress monitoring.
Support for initial suspicion detection and subsequent referral pathways.
Tools for specialists to perform precise measurements and obtain objective metrics.
Post-ABI neurovisual rehabilitation tools designed for critical early intervention phases.
Statistical analysis tools for tracking patient evolution and treatment efficacy.
Real-time monitoring and control interface. Observe what the user sees, track eye movements, and adjust therapy parameters remotely.
Partners & collaborators
We collaborate with leading hospitals, universities and research centres to bring cutting-edge visual neurorehabilitation to people globally.
Leading Austrian organisation supporting blind and visually impaired people since 1935. Provides comprehensive rehabilitation, counselling, and assistive technology services across Austria.
Belgian non-profit organisation dedicated to supporting people with visual impairments. Offers rehabilitation programmes, daily living skills training, and social integration services throughout Flanders.
Bulgaria's national centre for blind rehabilitation. Specialises in vocational training, orientation and mobility, and independent living skills for visually impaired individuals.
Croatian centre for education and rehabilitation of visually impaired children and adults. Provides comprehensive educational support and therapeutic services.
Danish institute offering specialised services for blind and partially sighted people. Focuses on rehabilitation, assistive technology, and independent living programmes.
Spanish research network dedicated to retinal diseases and visual impairment. Collaborates on cutting-edge research projects and clinical trials for visual rehabilitation.
Finnish national centre providing educational and rehabilitation services for children with visual impairments. Supports inclusive education through specialised programmes.
German vocational training centre specialising in rehabilitation for visually impaired adults. Provides professional development and workplace integration programmes.
German rehabilitation centre focused on vocational training and social integration for people with visual impairments in the Saxony-Anhalt region.
Leading paediatric hospital in Barcelona with a dedicated ophthalmology and visual rehabilitation department. Reference centre for childhood visual disorders in Europe.
Historic Hungarian school for visually impaired students in Budapest. Provides specialised education and life skills training for children and young adults.
Iceland's national centre providing comprehensive services for blind and visually impaired citizens. Offers rehabilitation, training, and support services nationwide.
Research institute at the University of Valladolid focused on visual analytics, computer vision, and artificial intelligence applications in ophthalmology.
Spain's leading public research institution for health sciences. Coordinates national research programmes and provides scientific-technical support for visual health initiatives.
Italian institute specialising in education and rehabilitation of visually impaired and multi-disabled individuals. Offers comprehensive sensory training programmes.
Italian union of blind and partially sighted people. Advocates for accessibility, provides rehabilitation services, and promotes social inclusion across Italy.
Regional government of Castilla y León supporting healthcare innovation. Institutional partner providing funding and regulatory framework for visual health projects.
Municipal government of Valladolid supporting local innovation and accessibility initiatives. Key partner in developing inclusive technology solutions for citizens.
Luxembourg centre for the visually impaired providing education, rehabilitation, and professional integration services.
Spanish ministry supporting cultural accessibility and inclusive heritage projects. Partner in making visual arts and culture accessible to visually impaired citizens.
Dutch expertise centre for visually impaired and blind people. Provides comprehensive rehabilitation, education, and employment support services across the Netherlands.
Portuguese organisation supporting visually impaired individuals through rehabilitation programmes, assistive technology training, and community integration services.
One of Spain's oldest universities with a strong research focus on neuroscience, visual sciences, and rehabilitation technologies. Academic partner for clinical validation studies.
Leading Austrian organisation supporting blind and visually impaired people since 1935. Provides comprehensive rehabilitation, counselling, and assistive technology services across Austria.
Belgian non-profit organisation dedicated to supporting people with visual impairments. Offers rehabilitation programmes, daily living skills training, and social integration services throughout Flanders.
Bulgaria's national centre for blind rehabilitation. Specialises in vocational training, orientation and mobility, and independent living skills for visually impaired individuals.
Croatian centre for education and rehabilitation of visually impaired children and adults. Provides comprehensive educational support and therapeutic services.
Danish institute offering specialised services for blind and partially sighted people. Focuses on rehabilitation, assistive technology, and independent living programmes.
Spanish research network dedicated to retinal diseases and visual impairment. Collaborates on cutting-edge research projects and clinical trials for visual rehabilitation.
Finnish national centre providing educational and rehabilitation services for children with visual impairments. Supports inclusive education through specialised programmes.
German vocational training centre specialising in rehabilitation for visually impaired adults. Provides professional development and workplace integration programmes.
German rehabilitation centre focused on vocational training and social integration for people with visual impairments in the Saxony-Anhalt region.
Leading paediatric hospital in Barcelona with a dedicated ophthalmology and visual rehabilitation department. Reference centre for childhood visual disorders in Europe.
Historic Hungarian school for visually impaired students in Budapest. Provides specialised education and life skills training for children and young adults.
Iceland's national centre providing comprehensive services for blind and visually impaired citizens. Offers rehabilitation, training, and support services nationwide.
Research institute at the University of Valladolid focused on visual analytics, computer vision, and artificial intelligence applications in ophthalmology.
Spain's leading public research institution for health sciences. Coordinates national research programmes and provides scientific-technical support for visual health initiatives.
Italian institute specialising in education and rehabilitation of visually impaired and multi-disabled individuals. Offers comprehensive sensory training programmes.
Italian union of blind and partially sighted people. Advocates for accessibility, provides rehabilitation services, and promotes social inclusion across Italy.
Regional government of Castilla y León supporting healthcare innovation. Institutional partner providing funding and regulatory framework for visual health projects.
Municipal government of Valladolid supporting local innovation and accessibility initiatives. Key partner in developing inclusive technology solutions for citizens.
Luxembourg centre for the visually impaired providing education, rehabilitation, and professional integration services.
Spanish ministry supporting cultural accessibility and inclusive heritage projects. Partner in making visual arts and culture accessible to visually impaired citizens.
Dutch expertise centre for visually impaired and blind people. Provides comprehensive rehabilitation, education, and employment support services across the Netherlands.
Portuguese organisation supporting visually impaired individuals through rehabilitation programmes, assistive technology training, and community integration services.
One of Spain's oldest universities with a strong research focus on neuroscience, visual sciences, and rehabilitation technologies. Academic partner for clinical validation studies.
Leading Austrian organisation supporting blind and visually impaired people since 1935. Provides comprehensive rehabilitation, counselling, and assistive technology services across Austria.
Belgian non-profit organisation dedicated to supporting people with visual impairments. Offers rehabilitation programmes, daily living skills training, and social integration services throughout Flanders.
Bulgaria's national centre for blind rehabilitation. Specialises in vocational training, orientation and mobility, and independent living skills for visually impaired individuals.
Croatian centre for education and rehabilitation of visually impaired children and adults. Provides comprehensive educational support and therapeutic services.
Danish institute offering specialised services for blind and partially sighted people. Focuses on rehabilitation, assistive technology, and independent living programmes.
Spanish research network dedicated to retinal diseases and visual impairment. Collaborates on cutting-edge research projects and clinical trials for visual rehabilitation.
Finnish national centre providing educational and rehabilitation services for children with visual impairments. Supports inclusive education through specialised programmes.
German vocational training centre specialising in rehabilitation for visually impaired adults. Provides professional development and workplace integration programmes.
German rehabilitation centre focused on vocational training and social integration for people with visual impairments in the Saxony-Anhalt region.
Leading paediatric hospital in Barcelona with a dedicated ophthalmology and visual rehabilitation department. Reference centre for childhood visual disorders in Europe.
Historic Hungarian school for visually impaired students in Budapest. Provides specialised education and life skills training for children and young adults.
Iceland's national centre providing comprehensive services for blind and visually impaired citizens. Offers rehabilitation, training, and support services nationwide.
Research institute at the University of Valladolid focused on visual analytics, computer vision, and artificial intelligence applications in ophthalmology.
Spain's leading public research institution for health sciences. Coordinates national research programmes and provides scientific-technical support for visual health initiatives.
Italian institute specialising in education and rehabilitation of visually impaired and multi-disabled individuals. Offers comprehensive sensory training programmes.
Italian union of blind and partially sighted people. Advocates for accessibility, provides rehabilitation services, and promotes social inclusion across Italy.
Regional government of Castilla y León supporting healthcare innovation. Institutional partner providing funding and regulatory framework for visual health projects.
Municipal government of Valladolid supporting local innovation and accessibility initiatives. Key partner in developing inclusive technology solutions for citizens.
Luxembourg centre for the visually impaired providing education, rehabilitation, and professional integration services.
Spanish ministry supporting cultural accessibility and inclusive heritage projects. Partner in making visual arts and culture accessible to visually impaired citizens.
Dutch expertise centre for visually impaired and blind people. Provides comprehensive rehabilitation, education, and employment support services across the Netherlands.
Portuguese organisation supporting visually impaired individuals through rehabilitation programmes, assistive technology training, and community integration services.
One of Spain's oldest universities with a strong research focus on neuroscience, visual sciences, and rehabilitation technologies. Academic partner for clinical validation studies.
23 partners in rotation
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