Abstract: A method and system for unauthorized person alerting. The method includes activating at least one non-imaging sensor to capture non-imaging data. The non-imaging sensor monitors an area in respect of which a physical access control system restricts access. At least one processor is employed to generate a count of people present in the monitored area from computerized analysis of the non-imaging data. An unauthorized person alert is generated based on at least one of a plurality of alert conditions being satisfied.

Abstract: One example electronic computing device includes an electronic processor configured to determine, based on information regarding a first event and information regarding a first user selected to respond to the first event, whether the first event is similar to a plurality of previous events to which the first user has responded. In response to determining that the first event is similar to the plurality of previous events, the electronic processor determines whether there are any significant differences between the first event and the plurality of previous events to which the first user has responded. In response to determining that there is a significant difference between the first event and the plurality of previous events to which the first user has responded, the electronic processor provides, to a communication device associated with the first user, a notification regarding the first event and an indication of the significant difference.

Abstract: A camera system includes an electronic processor configured to generate a three-dimensional scene including static assets and dynamic assets. The static assets and the dynamic assets are representative of an environment and objects within a reference video. The reference video represents a first perspective. The electronic processor is configured to animate the dynamic assets based on motions of the objects within the reference video to generate an animated scene, render a test video based on the animated scene. The test video represents a second perspective. The electronic processor is configured to generate video analytics data of the test video, generate a comparison based on the video analytics data of the test video and video analytics data of the reference video, and transform a graphical user interface according to the comparison.