Dynamic multi-sensory simulation system for effecting behavior change

A method of effecting behavior change by providing a dynamic multi-sensory simulation system, comprising:

• displaying, by a user interface, content to a user during a simulation session;
• collecting, by a biometric sensor array adapted for interfacing with the user, biometric data associated with a physiological or psychological state of the user;
• establishing, by a processor, a baseline biometric value of the biometric data over a period of time;
• determining, by the processor, when a user reaches a targeted user state based on the biometric data relative to the baseline biometric value;
• and
• delivering to the user interface dynamically-selected content based on the desired user state.

A kit apparatus for a simulation experience for effecting behavior change, comprising:

• a user interface configured to display content to a user during the simulation experience;
• a biometric sensor array adapted for interfacing with the user to record biometric data;
• a second sensor adapted to record user action data based on user interactions with the content inside the simulation experience;
• a local computer configured to distribute the content to the user interface and to acquire the biometric data from the biometric sensor array and user action data from the second sensor;
• a biometrics interpretation service connected to the local computer, the biometrics interpretation service operable to receive and analyze the biometric data;
• and
• a dynamic content service connected to the local computer, the dynamic content service operable to receive and analyze the user action data,
• wherein the local computer is configured to dynamically make a selection of content from a database during the session based on the received and analyzed biometric data and the received and analyzed user action data, and
• wherein the local computer is configured to dynamically calculate an optimal time during a session to introduce the selected content to the user interface via the network.

A dynamic multi-sensory simulation system for effecting behavior change, comprising:

• a user interface configured to display content to a user during a simulation session;
• a biometric sensor array adapted for interfacing with the user to acquire one or more biometric data signals associated with a physiological or psychological state of the user;
• a local computer configured to distribute the content to the user interface;
• and
• a remote computer connected to the local computer and the biometric sensor array via a network, the remote computer including a program operable to receive the biometric data signals from the biometric sensor array and analyze the biometric data signals,
• wherein the remote computer is configured to dynamically make a selection of content from a database during the session based on the received and analyzed biometric data signals, and
• wherein the remote computer is configured to dynamically calculate an optimal time during a session to introduce the selected content to the user interface via the network.