Abstract: Aspects of the subject technology include receiving, by a first device, a voucher data item, from a second device that is participating in a group communication session with at least a third device and providing, by the first device, the voucher data item to at least the third device to verify that the first device is vouched for by the second device for participation in the group communication session. The voucher data item may include participant information associated with participation of the second device in the group communication session. The voucher data item may also be signed with a key associated with the second device.

Abstract: Aspects of the subject technology include receiving, by a first device, a voucher data item, from a second device, providing, by the first device, an invitation to at least a third device to join a group communication session with at least the first device, and providing, by the first device, the voucher data item to at least the third device to verify that the first device is vouched for by the second device for participation in the group communication session initiated by the first device. The voucher data item may include participant information associated with the second device. The voucher data item may also be signed with a key associated with the second device.

Abstract: A method is provided that includes receiving, at a media device and from a client device, a request for a temporary identifier for a group chat session, and provisioning, by the media device, the temporary identifier based on a device identifier of the media device. The media device provides the temporary identifier to the client device. The media device receives from a server an invitation to join the group chat session, where the invitation is directed to the temporary identifier, and the media device joins the group chat session.

Abstract: Techniques are disclosed for automated detection and notification of interconnect errors or failure. An interconnect is tested via passive or active means. Error data associated with data transferred via the interconnect is measured and analyzed to generate error statistics. Error statistics are then used to determine an error rate of the interconnect and an alert is generated if the error rate exceeds a threshold. Alerts are displayed to users for troubleshooting and/or for indication that the interconnect should be replaced.

Abstract: A content streaming device includes display mode shift logic that selects a display mode among multiple display modes of the content streaming device. The content streaming device also includes region detection logic that determines a region of the content streaming device. The content streaming device further includes one or more processors that communicatively couples to an electronic display. The one or more processors instruct the display mode shift logic to select a first display mode having a first refresh rate based on the region of the content streaming device and supported display modes of the electronic display.

Abstract: Techniques are disclosed for automated detection and notification of interconnect errors or failure. An interconnect may be tested via passive or active means. Data errors associated with data transferred via the interconnect may be measured and analyzed to generate error statistics. Error statistics may then be used to determine an error rate of the interconnect and generate an alert if the error rate exceeds a threshold. Alerts may be displayed to users for troubleshooting and/or indication that the interconnect should be replaced.

Abstract: Techniques are disclosed to select display settings for a display device. Device capabilities may be read from a display device and a determination made whether the device capabilities support other display formats than are read from the display, for example, a high dynamic range (HDR) format or a high resolution format. When the device capabilities do not include an format supported by a video source, video may be driven from the video source to the display device in the format and, if confirmation is received that the display device displays the driven video, settings may be stored for the display device identifying the format as a one supported by the display device. Additionally, interconnect may be tested by estimating noise levels generated by the interconnect to a network connection and/or by estimating network throughput both when video is driven over the interconnect and when it is not.

Abstract: A content streaming device includes display mode shift logic that selects a display mode among multiple display modes of the content streaming device. The content streaming device also includes region detection logic that determines a region of the content streaming device. The content streaming device further includes one or more processors that communicatively couples to an electronic display. The one or more processors instruct the display mode shift logic to select a first display mode having a first refresh rate based on the region of the content streaming device and supported display modes of the electronic display.

Abstract: Techniques are disclosed to select display settings for a display device. Device capabilities may be read from a display device and a determination made whether the device capabilities support other display formats than are read from the display, for example, a high dynamic range (HDR) format or a high resolution format. When the device capabilities do not include an format supported by a video source, video may be driven from the video source to the display device in the format and, if confirmation is received that the display device displays the driven video, settings may be stored for the display device identifying the format as a one supported by the display device. Additionally, interconnect may be tested by estimating noise levels generated by the interconnect to a network connection and/or by estimating network throughput both when video is driven over the interconnect and when it is not.