Revolutionizing Pediatric Rehabilitation: The “Lis” System

A groundbreaking software and hardware complex, dubbed “Lis,” is poised to transform rehabilitation for children facing muscle function challenges. Developed at the National University of Science and Technology (MISIS), this innovative system leverages biofeedback to engage children in therapeutic exercises through interactive gaming.

From School Project to cutting-Edge Technology

The “lis” system originated as a project by Vladimir Naumov, a then-schoolboy and now a freshman at the institute of Computer Sciences at NITU MISIS. Naumov conceived the prototype within the “Strategy” support center for gifted children in the lipetsk region. Rigorous testing, overseen by doctors at a children’s hospital, validated the system’s safety and efficacy. The project garnered further recognition at the All-Russian competition of scientific and technological projects, “Big Calls,” where participants expressed enthusiasm for the engaging game-based approach.

Harnessing Biofeedback for Enhanced Engagement

Traditional methods for treating children with muscle impairments frequently enough involve exercise therapy and fine motor skill development games. However,biofeedback is emerging as a powerful tool in post-traumatic rehabilitation.This technique empowers patients to gain conscious control over their physiological functions by providing real-time feedback on their muscle activity.

The “Lis” system capitalizes on this principle. It captures muscle tension data and translates it into actions within a computer game. By controlling the on-screen character through their muscle movements, children are actively and emotionally invested in the rehabilitation process. The system’s user-friendly design ensures accessibility, even without specialized technical expertise.

Very popularity in post -traumatic rehabilitation is gaining an innovative method – biological feedback. Bos supports self -control functions that allow the patient to see how muscle functions are regulated. Therapeutic-Igra system-“fox”-helps doctors track progress, receive a graph of the child’s muscle activity at first.

Vladimir naumov

AI-Powered Optimization and Future Development

As joining MISIS, Naumov, guided by his scientific advisor Dr. Maxim Davykin,has been refining the “Lis” system through AI-powered optimization. This involves training an AI model to adapt the system’s performance to individual physical characteristics, ensuring personalized and effective therapy. Recent funding, including a 125,000 ruble scholarship from the System charity fund and the MTS digital ecosystem, will further accelerate the project’s development.

The global rehabilitation robotics market is experiencing significant growth, projected to reach $1.7 billion by 2028, according to a report by Global Market Insights. Innovations like the “Lis” system are poised to play a crucial role in this expansion, offering more engaging and effective solutions for patients of all ages.

The device is already working well, but I want to make a number of innovations and additional functions to it. I hope that in the near future I will apply for a patent, so quickly my development gets into the clinic and helps the children quickly undergo rehabilitation.

Vladimir Naumov

Looking Ahead: Clinical Implementation and Broader Impact

Naumov’s immediate goal is to secure a patent for the “Lis” system, paving the way for its integration into clinical settings. He envisions the system becoming a valuable tool for healthcare professionals, enabling children to undergo rehabilitation more effectively and enjoyably. The potential impact of “Lis” extends beyond immediate therapeutic benefits, fostering a sense of empowerment and motivation in young patients as they regain muscle function and improve their overall quality of life.