An electronic device for regulating dietary intake, the device comprising: an enclosure, configured as a non-food carrier portion of the device, comprising one or more electrical circuits including: one or more sensors configured to detect health related activity of the user; a data link unit configured to communicate via signal links with other devices or electrical circuits; a power source configured to provide power to the one or more electrical circuits, the power source including at least one or more batteries; a control panel configured to receive input from the user; a user interface configured to display output to the user; a processor unit configured to execute instructions for analyzing sensory input received from the one or more sensors to detect health-related activity; and a memory configured to store data and instructions accessible by the processor unit; and one or more extensions communicatively coupled to the enclosure, wherein at least one of the one or more extensions is configured to be a food carrier portion of the device, wherein the one or more extensions each comprise various types of sensors including one or more additional sensors configured to detect health-related activity of the user and wherein the processor unit comprises instructions and is configured to combine information from the one or more sensors of the enclosure and the one or more additional sensors of the extensions to improve accuracy of detecting health-related activity. an enclosure, configured as a non-food carrier portion of the device, comprising one or more electrical circuits including: one or more sensors configured to detect health related activity of the user; a data link unit configured to communicate via signal links with other devices or electrical circuits; a power source configured to provide power to the one or more electrical circuits, the power source including at least one or more batteries; a control panel configured to receive input from the user; a user interface configured to display output to the user; a processor unit configured to execute instructions for analyzing sensory input received from the one or more sensors to detect health-related activity; and a memory configured to store data and instructions accessible by the processor unit; and one or more sensors configured to detect health related activity of the user; a data link unit configured to communicate via signal links with other devices or electrical circuits; a power source configured to provide power to the one or more electrical circuits, the power source including at least one or more batteries; a control panel configured to receive input from the user; a user interface configured to display output to the user; a processor unit configured to execute instructions for analyzing sensory input received from the one or more sensors to detect health-related activity; and a memory configured to store data and instructions accessible by the processor unit; and one or more extensions communicatively coupled to the enclosure, wherein at least one of the one or more extensions is configured to be a food carrier portion of the device, wherein the one or more extensions each comprise various types of sensors including one or more additional sensors configured to detect health-related activity of the user and wherein the processor unit comprises instructions and is configured to combine information from the one or more sensors of the enclosure and the one or more additional sensors of the extensions to improve accuracy of detecting health-related activity.