A computer-implemented method is disclosed. The method includes obtaining location-time data automatically generated by a mobile electronic device associated with a healthcare provider, correlating the location-time data with a location of a healthcare patient, and using the location-time data to bill for care of the healthcare patient by the healthcare provider.

An electronic employee card is disclosed, which includes a control module and a communication module, the control module being configured to be in data communication with a server through the communication module. The control module may control the communication module to transmit the identifying information of an electronic employee card holder captured in real time to the server and obtain a comparing result generated in the server accordingly, which is obtained by comparing the identifying information of the holder captured in real time with personnel identity information prestored in the server; or the control module may obtain the personnel identity information prestored in the server and compare it with the identifying information of the holder captured in real time to generate the comparing result.

According to one or more embodiment, a hygiene management device includes a processor. The processor determines based on image recognition whether a plurality of predetermined procedures of a hand-washing action have been completed by a subject. The processor executes different types of processing, such as, for example, opening or closing a passage, depending on completion or incompletion of each of the plurality of predetermined procedures.

A description is given of a method for tracing contacts occurring among a group of users within a space in which a plurality of detection stations are set up, wherein: having selected a reference user from among the group of users, identifying for each station all the passages carried out by one or more tracing components assigned to the reference user; for each station, having established an interval of probably contact, among all the passages determining possible passages of users having come into contact such that the following condition occurred:

[00001]$t_{j,\mathrm{ref}}-{\Delta t}_j<t_{j,\mathrm{contact}}<t_{j,\mathrm{ref}}+{\Delta t}_j$

and from the passages determined identifying the identity of the users who came into contact with the reference user.

A description is given of a method for tracing contacts occurring among a group of users within a space in which a plurality of detection stations are set up, wherein: having selected a reference user from among the group of users, identifying for each station all the passages carried out by one or more tracing components assigned to the reference user; for each station, having established an interval of probably contact, among all the passages determining possible passages of users having come into contact such that the following condition occurred:

[00001]$t_{j,\mathrm{ref}}-{\Delta t}_j<t_{j,\mathrm{contact}}<t_{j,\mathrm{ref}}+{\Delta t}_j$

and from the passages determined identifying the identity of the users who came into contact with the reference user.

Systems and methods for verifying and monitoring employees are provided. Employees call-in to the system at scheduled times. If an employee misses a scheduled call-in, an alert can be generated. An employer notification process can generate the alert, notifying a supervisor of the employee's missed call. The alert can include the employee's name, the location of the employee, and the time he/she was supposed to call. Such systems and methods can be used to verify that a worker is at the proper location at the proper time and awake and alert during the entire time period that he/she is supposed to be working.

Systems and methods for verifying and monitoring employees are provided. Employees call-in to the system at scheduled times. If an employee misses a scheduled call-in, an alert can be generated. An employer notification process can generate the alert, notifying a supervisor of the employee's missed call. The alert can include the employee's name, the location of the employee, and the time he/she was supposed to call. Such systems and methods can be used to verify that a worker is at the proper location at the proper time and awake and alert during the entire time period that he/she is supposed to be working.

A first device is detected within a geofenced area of an establishment. A second device is determined to be within the geofenced area. A first individual associated with the first device is instructed to enter the establishment and complete a first portion of opening security procedures associated with an opening of the establishment. Upon completion of the first portion, a second individual associated with the second device is instructed to enter the establishment for a second portion of the opening security procedures. The first individual and the second individual are monitored through video feeds during the first portion and the second portion of the opening security procedures for compliance with the opening security procedures.

Example aspects include a method, apparatus, and computer-readable medium for surveillance data processing for sanitation verification, comprising determining, by a processor based on area identification information received by a surveillance system of a premises, that an area of the premises requires periodic sanitation. The aspects further include determining, by the processor based on data captured by one or more sensors of the surveillance system, whether one or more persons associated with the cleaning staff profile have visited the area within a threshold period of time. Additionally, the aspects further include sending, by the processor, a first notification to a facilities management device in response to the one or more persons associated with the cleaning staff profile not having visited the area within the threshold period of time.

Example aspects include a method, apparatus, and computer-readable medium for surveillance data processing for sanitation verification, comprising determining, by a processor based on area identification information received by a surveillance system of a premises, that an area of the premises requires periodic sanitation. The aspects further include determining, by the processor based on data captured by one or more sensors of the surveillance system, whether one or more persons associated with the cleaning staff profile have visited the area within a threshold period of time. Additionally, the aspects further include sending, by the processor, a first notification to a facilities management device in response to the one or more persons associated with the cleaning staff profile not having visited the area within the threshold period of time.