Innovative motion analysis technology
Early detection of cognitive impairments using analysis of table tennis gameplay
TT Neuro AI conception
TT Neuro AI uses artificial intelligence to analyze the movements of a table tennis player. Our technology is based on a scientifically proven connection between neurodegenerative diseases and changes in movement patterns.
TT Neuro AI conception
TT Neuro AI uses artificial intelligence to analyze the movements of a table tennis player. Our technology is based on a scientifically proven connection between neurodegenerative diseases and changes in movement patterns.
Motion tracking
during the game
Pattern analysis of
motions
Detection of abnormalities
from the norm
Formulation of recommendations
for specialists
Video-demonstratioin of technology
See how the system analyzes movements in real time and identifies potential abnormalities.
How the technology works
1
Motion tracking
2
Pattern analysis
3
Detection of abnormalities
4
Formulation of recommendations
Key benefits
Non-invasive
Diagnosis is carried out without discomfort for the client.
Early diagnostic
Identification of potential risks at the preclinical stage.
Objectivity
Elimination of the subjective factor in symptom assessment.
Accessibility
The technology does not require expensive equipment.
Scalability
Easy integration into existing medical infrastructure.
Scientific fundament
Our technology is based on extensive scientific research confirming that changes in movement patterns are early biomarkers of neurodegenerative processes. Numerous studies show that micro-changes in movement can be detected
Scientific fundament
Our technology is based on extensive scientific research confirming that changes in movement patterns are early biomarkers of neurodegenerative processes. Numerous studies show that micro-changes in movement can be detected
The relationship between table tennis and cognitive functions
Table tennis requires complex coordination of movements, quick reaction, and precise motor planning—functions that are controlled by the same areas of the brain that are affected in neurodegenerative disease
Motor cortex
Visual processing
Fast reaction
Comparison with traditional methods
| Criterions | TT Neuro AI | Traditional methods |
|---|---|---|
| Stage of detection | Preclinical | Clinical |
| Accessibility | High | Limited |
| Time required | Minutes | Hours/days |
| Cost | Low | High |
| Invasiveness | Non-invasive | Often invasive |
| Data objectivity | High | Often subjective |
Potential uses
Prophylactic medicine
Clinical practice
Scientific researches
Development stages
Conceptualization
Review of scientific literature, formation of the concept
Completed
Prototype development
Creation of the first version of the system, initial testing
Completed
Planned stages
Improvement of algorithms, expansion of the database.
Planned
Planned stages
Clinical trials, certification, commercial deployment
Planned
Frequently asked questions
The technology is intended for medical institutions specializing in neurodegenerative diseases, research institutes, as well as sports centers interested in providing early diagnostic services.
The basic version of the system requires a standard table tennis table, a high-speed camera, and a computer for data processing. We provide recommendations for optimal equipment.
The system complies with all international standards for the protection of personal and medical data, including GDPR and HIPAA. All data is encrypted and stored in accordance with strict security protocols.
The technology is currently in the development phase of actively collecting data for AI analysis, and we are preparing for the development of an MVP and initial testing results. We are preparing for clinical trials in collaboration with medical institutions.
Yes, clinical validation is a key stage in our development plan. We are currently in discussions with leading neurological clinics to conduct comprehensive clinical trials.