Abstract: Enclosed is a method comprising sharing audio data among a camera, a mobile device and a server via a virtual room, identifying the server as having priority over the mobile device, transmitting audio data from the server to the camera while suppressing transmission of audio data from the mobile device to the camera, and transmitting media data from the camera to both the mobile device and the server.

Abstract: A computing system may be used for remotely calibrating a door lock. The system includes an application executable on a user device, a remote computing environment in communication with the user device, and a base station in communication with the remote computing environment and the door lock. The application allows a user to initiate calibration of the door lock in response to input on the user interface. The remote computing environment exchanges data with the user device to calibrate the door lock. The base station initiates calibration of the door lock and notifies the remote computing environment of the calibration status. By leveraging communication between the application, remote computing environment, and base station, the system allows reliable remote calibration of the door lock without requiring close physical proximity between the mobile device and the lock.

Abstract: A computing system may be used for remotely calibrating a door lock. The system includes an application executable on a user device, a remote computing environment in communication with the user device, and a base station in communication with the remote computing environment and the door lock. The application allows a user to initiate calibration of the door lock in response to input on the user interface. The remote computing environment exchanges data with the user device to calibrate the door lock. The base station initiates calibration of the door lock and notifies the remote computing environment of the calibration status. By leveraging communication between the application, remote computing environment, and base station, the system allows reliable remote calibration of the door lock without requiring close physical proximity between the mobile device and the lock.

Abstract: A computing system may be used for remotely calibrating a door lock. The system includes an application executable on a user device, a remote computing environment in communication with the user device, and a base station in communication with the remote computing environment and the door lock. The application allows a user to initiate calibration of the door lock in response to input on the user interface. The remote computing environment exchanges data with the user device to calibrate the door lock. The base station initiates calibration of the door lock and notifies the remote computing environment of the calibration status. By leveraging communication between the application, remote computing environment, and base station, the system allows reliable remote calibration of the door lock without requiring close physical proximity between the mobile device and the lock.