Abstract: Systems and methods disclosed herein may include receiving from an audio application running on the computing device, a selection of a multimedia endpoint device. The multimedia endpoint device may be connected with the audio application in response to a request from the audio application. An audio stream of the audio application may be separated from a system audio stream. The system audio stream may include a plurality of audio signals generated by system components of the computing device or applications running on the computing device. The plurality of audio signals may be played on a default audio endpoint of the computing device. The separated audio stream of the audio application may be communicated to the selected multimedia endpoint device for playback. Separating the audio stream of the audio application from the system audio stream may be based on an API request from the application.

Abstract: Example apparatus and methods concern a first device (e.g., smart phone, tablet, laptop) that may discover and control remote media sessions (e.g., movie, game, book, podcast) running on remote devices (e.g., smart television, game console). The first device may run a local shell process that interacts with a shell process or other process on a remote device. The local shell process may acquire information about exposed remote media sessions. The local shell process may present a user interface on the first device. The user interface may provide user interface elements (e.g., buttons) for controlling a remote media session. The user interface and user interface elements are native to the first device. The user interface may allow navigating (e.g., flipping) between multiple remote media sessions that are discovered. The local shell process may also discover media sessions local to the first device and include those sessions in the user interface.

Abstract: Various embodiments relating to managing media delivery are disclosed. In one embodiment, a first request is received from a first device associated with a first account to obtain a first media content item. The first request may include an identifier indicating that the first request is an automatic request or a manual request. Information for obtaining the first media content item is sent to the first device. A second request is received from a second device associated with the first account to obtain a second media content item. The second request may include an identifier indicating that the second request is a manual request. Information for obtaining the second media content item is sent to the second device, such that obtaining the first media content item on the first device temporally overlaps obtaining the second media content item on the second device.

Abstract: Various embodiments relating to managing media delivery are disclosed. In one embodiment, a first request is received from a first device associated with a first account to obtain a first media content item. The first request may include an identifier indicating that the first request is an automatic request or a manual request. Information for obtaining the first media content item is sent to the first device. A second request is received from a second device associated with the first account to obtain a second media content item. The second request may include an identifier indicating that the second request is a manual request. Information for obtaining the second media content item is sent to the second device, such that obtaining the first media content item on the first device temporally overlaps obtaining the second media content item on the second device.