AI·Internet of Things based General Ward Monitoring Solution

• Real-time monitoring of patient vital signs and detection of deterioration of condition based on wearable devices, edge computers and AI algorithms

AI Supports Analysis of Cerebrospinal Fluid Dynamics Tests for Treatable Dementia Diagnosis

• Diagnosis of treatable dementia patients and identification of shunt system failure through AI analysis of biosignals measured during cerebrospinal fluid dynamics tests
• Improving the accuracy of dementia diagnosis and reducing related socioeconomic costs through support for cerebrospinal fluid dynamics test analysis requiring specialists

Noninvasive Brain-Computer Interface-based Robotic Arm Control System for the Physically Disabled

• Using deep learning technology, robotic arm control technology through analysis of imagined brain wave signals and recognition of user intentions

• Contributes to rehabilitation treatment and quality of life improvement for physically disabled people such as upper body paralyzed patients, and can contribute to the development of various BCI application technologies

Medical AI

• Developing various medical artificial intelligence to perform differential diagnosis, patient monitoring, event and prognosis prediction through biosignal and medical image analysis

Electroceuticals

• Development of a new paradigm of electronic medicine technology optimized for improving symptoms and treating various diseases through personalized brain nerve stimulation based on neurofeedback

  A real-time analysis of multimodal biosignals through artificial intelligence to provide appropriate stimulation and normalize the autonomic nervous system and regulate neurotransmitters

Brain-Computer Interface

• Based on the user's brain waves, performs movement imagination classification, optimal channel selection, text input, etc.
• Beyond technology development, signs an MOU with a local organization to provide direct help to patients