Using augmented reality interface and real-time glucose data to control insulin delivery device

A computerized method to facilitate delivery of insulin to a patient, comprising:

• receiving, at an insulin adjustment platform, current blood glucose data associated with the patient from a continuous glucose monitoring unit;
• capturing, by a camera, an image in substantially real time;
• executing, by an adjustment engine, an artificial intelligence algorithm to identify at least one probable food item within the captured image;
• automatically determining and displaying a default carbohydrate parameter associated with the at least one probable food item via an augmented reality interface;
• interacting with the patient via the augmented reality interface to adjust the default carbohydrate parameter;
• and
• transmitting data associated with the adjusted default carbohydrate parameter to an insulin delivery unit associated with the patient.

A non-transitory, computer-readable medium storing instructions that, when executed by a computer processor, cause the computer processor to perform a method to facilitate delivery of insulin to a patient, the method comprising:

• receiving, at an insulin adjustment platform, current blood glucose data associated with the patient from a continuous glucose monitoring unit;
• capturing, by a camera, an image in substantially real time;
• executing, by an adjustment engine, an artificial intelligence algorithm to identify at least one probable food item within the captured image;
• automatically determining and displaying a default carbohydrate parameter associated with the at least one probable food item via an augmented reality interface;
• interacting with the patient via the augmented reality interface to adjust the default carbohydrate parameter;
• and
• transmitting data associated with the adjusted default carbohydrate parameter to an insulin delivery unit associated with the patient, wherein the adjustment engine received, from the patient, an indication of a desired bolus dosage and the augmented reality interface is automatically modified to alter the displayed at least one potential food item based on the desired bolus dosage.