Systemic certainty of event convergence

A system to identify a convergence of objects, the system comprising:

• a location beacon transmitter fixed at a first location and configured to transmit a location beacon within the first location, wherein the location beacon identifies the first location;
• a patient beacon transmitter configured to attached to a moveable object and to transmit a patient beacon, wherein the patient beacon identifies the moveable object;
• a plurality of cameras, wherein camera is configured to record video data, and wherein a first camera records video data of the first location;
• an electronic processor of a device configured to:
• receive the location beacon from the location beacon transmitter;
• receive the patient beacon transmitted from the patient beacon transmitter;
• and
• transmit the location beacon and the patient beacon to a remote server;
• the remote server configured to:
• identify, based on the location beacon, the first location;
• identify, based on the patient beacon, the moveable object;
• determine a current convergence time of the device and the moveable object based on the receiving the location beacon or the receiving the patient beacon;
• determine a previous convergence time of the device and the moveable object based on a previous patient beacon received from the patient beacon transmitter;
• determine a duration of time between the current convergence time and the previous convergence time;
• determine the duration of time is greater than a predetermined threshold;
• determine an out of compliance event based on the duration of time being greater than the predetermined threshold;
• generate an alert based on the out of compliance event, wherein the alert comprises the first location;
• and
• determine the first camera, from the plurality of cameras, based on identified first location;
• determine a time period of relevant video data based on the current convergence time;
• retrieve from the video data of the first location from the first camera a portion of the video data based on the determined time period of relevant data;
• and
• identify, using facial recognition, a user of the device within the retrieved video data.

A non-transitory computer-readable storage medium storing computer-executable instructions that when executed by a processor cause the processor to perform operations comprising:

• receiving, at a device, a first beacon from a beacon transmitter located within a first location;
• identifying, based on the first beacon, the first location;
• receiving, at the device, a second beacon transmitted from a wearable worn by a patient;
• identifying, based on the second beacon, the patient associated with the second beacon;
• determining a current convergence time of the device and the patient based on the receiving the first beacon or the receiving the second beacon;
• determining a previous convergence time of the device and the wearable based on a previous second beacon received from the wearable;
• determining a duration of time between the current convergence time and the previous convergence time;
• determining the duration of time is greater than a predetermined threshold;
• determining an out of compliance event based on the duration of time being greater than the predetermined threshold;
• generating an alert based on the out of compliance event, wherein the alert comprises the first location;
• sending the current convergence time, an indication of the first location, and an indication of the patient to a remote server;
• determining a camera, from a plurality of cameras, that records video data of the first location;
• determining a time period of relevant video data based on the current convergence time;
• retrieving from the video data of the first location from the camera a portion of the video data based on the determined time period of relevant video data;
• and
• identifying, using facial recognition, a user of the device within the retrieved video data.