Abstract: Systems and methods are provided for identifying and tracking diverters of controlled medications. A system may receive signals indicative of medication dispensing activities by one or more health care providers such as nurses, physicians, or pharmacists. Based on the received signals, the system may determine suspected diverters and provide a graphical interface identifying corresponding factors related to usage, waste, dosage, or other factors associated with the suspected diverters. The graphical interface may provide a list of top diverters and display dispensing transactions performed at a dispensing device.

Abstract: A method for identifying a completed lap at a device is disclosed. An example method includes retrieving or defining lap initiation data that can include an initiation location and an initiation orientation. The method also includes retrieving or defining a location variance threshold for the initiation location and an orientation variance threshold for the initiation orientation. The method further includes determining, by a position determining module of the device, a first location of the device associated with a first time. The method also includes determining, by an orientation determining module of the device, a first orientation of the device associated with the first time. The method also includes identifying a lap as completed upon determining that the first location of the device is within the location variance threshold of the initiation location and that the first orientation of the device is within the orientation variance threshold of the initiation orientation.

Abstract: A computer-based method is provided for providing analytical features at a navigation device. The method includes determining, by a position determining module of the navigation device, a first location of the navigation device associated with a first time. The method then proceeds to determine a second location of the navigation device associated with a second time and associates the first and second locations with coordinates on a first graph edge of a map, determines a travel direction based on a sequence of the locations, and determines a current location of the navigation device. An inferred path defining a travel path is then based on coordinates associated with the first and second locations, the travel direction, and the current location, and mapping data associated with the likely travel path is analyzed to identify a characteristic of interest of the likely travel path.