In one aspect, a sensory, motor and/or cognitive analysis device includes a casing unit structured to include a contact side conformable to a forehead region of a user a data acquisition unit structured to include one or more sensors to detect electrophysiological signals of the user when the user makes contact with the device a data processing unit encased within the casing unit and in communication with the data acquisition unit to amplify and digitize the detected electrophysiological signals as data, to process the data, to store the data, and to transmit the data to a remote computer system and a power supply unit encased within the casing unit to provide electrical power, in which the device is operable to acquire physiological and/or behavioral signal data from the user used to determine a quantitative and/or qualitative information set associated with a cognitive or sensory assessment.
