iPIXEL, the operator of the digital healthcare solution Exercite Care, announced on the 26th that it has signed a Memorandum of Understanding (MOU) with the Gyeonggi Regional Cardiovascular and Cerebrovascular Rehabilitation Center (hereinafter referred to as the Center) to develop personalized rehabilitation exercise programs for neurological rehabilitation patients using AI motion recognition technology.

Through this agreement, both institutions aim to enhance treatment outcomes for neurological rehabilitation patients and promote innovation in the medical and technological fields by cooperating in various areas. The Center will provide its accumulated clinical expertise and rehabilitation exercise guidelines in the field of Parkinson’s disease rehabilitation medicine. Meanwhile, iPIXEL plans to develop tailored rehabilitation exercise programs based on its AI motion recognition technology.

In addition, the two institutions will jointly develop optimized treatment solutions, conduct collaborative research and clinical tests, and share the necessary resources and information to maintain ongoing cooperation.

Professor Won-Seok Kim, Director of the Gyeonggi Regional Cardiovascular and Cerebrovascular Rehabilitation Center (Department of Rehabilitation Medicine, Seoul National University Bundang Hospital), stated, “Through this agreement, we expect the development of more sophisticated rehabilitation exercise programs utilizing iPIXEL’s AI technology to accelerate. We will do our best to ensure that neurological rehabilitation patients receive more effective treatment.” A representative from iPIXEL commented, “This partnership is expected to strengthen collaboration between the medical and technological sectors and contribute to improving the quality of life for patients with Parkinson’s disease.”

iPIXEL’s Exercite Care is a home rehabilitation exercise application designed to help patients easily follow and perform rehabilitation exercises at home. Using a smartphone, patients can carry out precise rehabilitation exercises anytime and anywhere. The key feature of the app is its real-time feedback on exercise accuracy through AI-powered motion recognition technology.