An artificial intelligence-based brain information providing apparatus according to an aspect of the present invention includes: a brain signal measuring unit for collecting signals related to a user's brain; a brain signal stimulation unit for stimulating the user's brain for a signal collection operation of the brain signal measuring unit; and a diagnosis unit configured to determine a brain state of the user based on the collected signal. The signal collection operation of the brain signal measuring unit is performed while the user is moving, and the diagnosis unit is based on the at least one brain activation region continuously extracted for a certain period of time, the brain state of the user. an image collection unit for determining and collecting medical images related to the user; and a user data collection unit configured to collect body information related to the user, wherein the diagnosis unit uses the at least one brain activation region, body information related to the user, and a medical image related to the user together to obtain the information. Determining the user's brain condition, the diagnostic unit, determining the user's brain disease, the brain disease, dementia, mild cognitive impairment (MCI), Parkinson's disease, depression, stroke, epilepsy, brain tumor and developmental disorders and a management unit configured to provide information for improving the user's brain condition in response to the user's brain condition determined by the diagnosis unit.
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