Adaptive communication support system for cognitive impairments

A system comprising:

• one or more sensors integrated into a communication apparatus configured to receive monitored health data including real-time physiological and behavioral data of a user;
• a user profile database configured to store a plurality of user profiles;
• and
• a processor configured to:
• receive, via the one or more sensors, the monitored health data including real-time physiological and behavioral data of the user;
• analyze, using a machine learning model, the physiological and behavioral data to determine an accessibility-related cognitive-functional state of the user;
• create, based on the accessibility-related cognitive-functional state of the user, a user profile associated with the user in the user profile database, the user profile comprising one or more specific disabilities and a plurality of interaction preferences of the user;
• identify, based on the accessibility-related cognitive-functional state and the user profile, one or more specific needs of the user;
• and
• modify, based on the one or more identified specific needs, one or more digital environment elements of the communication apparatus to address the accessibility-related cognitive-functional state of the user.

A computerized method comprising:

• receiving, via one or more sensors associated with a communication apparatus, real-time monitored health data in a communication session, the monitored health data including physiological and behavioral data of the user;
• analyzing the physiological and behavioral data to determine an accessibility-related cognitive-functional state of the user;
• identifying, based on the accessibility-related cognitive-functional state, one or more specific needs of the user;
• and
• modifying, based on the one or more identified specific needs, one or more digital environment elements of the communication apparatus in the communication session to address the accessibility-related cognitive-functional state of the user.