Diabetes management system

A method performed by a peripheral device related to diabetes management and insulin delivery, the method comprising:

• obtaining, using one or more interfaces at least blood glucose levels for a patient;
• wirelessly communicating, using a wireless interface, with one or more other computing devices;
• storing, using a data storage device, a uniform resource locator (URL) for a remote server system and a unique identifier for the patient;
• receiving, using an input subsystem, input from the patient;
• outputting, using an output subsystem, information to the patient;
• securely communicating with a paired mobile computing device that is authorized to communicate with the remote server system regarding the patient;
• automatically outputting an alert via the output subsystem in response to an alarm condition;
• transmitting a wireless beacon signal using the wireless interface in response to the patient failing to provide a response via the input subsystem within a threshold period of time of the alert being output, wherein the beacon signal (i) includes, at least, the URL encoded with the unique identifier for the patient and (ii) is configured to prompt a third party computing device passively monitoring for beacon signals to transmit a request to the remote server system using the encoded URL.

A diabetes management system comprising:

• a paired mobile computing device that is registered with a remote server system in association with a patient;
• one or more other computing devices that are registered with the remote server system in association with one or more other patients, wherein the one or more other computing devices are (i) preauthorized by the patient to receive and present health-related information from the patient, and (ii) to passively monitor for the health-related information transmitted over one or more local wireless protocols;
• and
• a peripheral device related to diabetes management and insulin delivery, the peripheral device comprising:
• one or more interfaces to obtain, at least, blood glucose levels for the patient;
• a wireless interface to wirelessly communicate with the paired mobile computing device and the one or more other computing devices;
• a data storage device to store (i) a unique identifier for the patient, (ii) authentication information to pair and securely communicate with the paired mobile computing device, and (iii) encryption information to securely broadcast the health-related information to the one or more other computing devices;
• and
• a controller (i) to securely communicate with the paired mobile computing device, and (ii) to broadcast secure wireless signals including the health-related information for detection and presentation to the one or more other computing devices in response to detecting no connectivity with the paired mobile computing device.