Abstract: Enabling codecs at an IHS, including: detecting a request to encode or decode a media file, the media file associated with a particular codec for encoding or decoding of the media file, the codec wrapper indicating to the media framework a capability to encode or decode the media file, the codec wrapper not including the particular codec; in response to receiving the request, failing, based on the codec wrapper not including the particular codec, encoding or decoding of the media file by the codec wrapper; transmitting a request to a cloud codec management service for a particular token associated with the particular codec; receiving the particular token, the particular token signed and unique to the IHS, and in response: uninstalling the wrapper codec from being associated with the media framework; and enabling the particular codec for the media file to be associated with the media framework.

Abstract: Enabling codecs at an IHS including: accessing a local token store that stores tokens, each token associated with a codec; identifying codecs enabled at the IHS based on the tokens; receiving a request to encode or decode a media file, the media file associated with a particular codec for encoding or decoding of the media file; determining that the particular codec is not enabled at the IHS based on the previously identified enabled codecs, and in response, transmitting a request to a cloud codec management service; receiving the particular token, the particular token signed and unique to the IHS, and in response, storing the particular token at the local token store; restarting the driver, and in response, accessing the local token store; obtaining from the local token store, the particular token, and in response, enabling the particular codec for the media file.

Abstract: Enabling codecs at an IHS, including: detecting a request to encode or decode a media file, the media file associated with a particular codec for encoding or decoding of the media file, the codec wrapper indicating to the media framework a capability to encode or decode the media file, the codec wrapper not including the particular codec; in response to receiving the request, failing, based on the codec wrapper not including the particular codec, encoding or decoding of the media file by the codec wrapper; transmitting a request to a cloud codec management service for a particular token associated with the particular codec; receiving the particular token, the particular token signed and unique to the IHS, and in response: uninstalling the wrapper codec from being associated with the media framework; and enabling the particular codec for the media file to be associated with the media framework.

Abstract: Enabling codecs at an IHS including: accessing a local token store that stores tokens, each token associated with a codec; identifying codecs enabled at the IHS based on the tokens; receiving a request to encode or decode a media file, the media file associated with a particular codec for encoding or decoding of the media file; determining that the particular codec is not enabled at the IHS based on the previously identified enabled codecs, and in response, transmitting a request to a cloud codec management service; receiving the particular token, the particular token signed and unique to the IHS, and in response, storing the particular token at the local token store; restarting the driver, and in response, accessing the local token store; obtaining from the local token store, the particular token, and in response, enabling the particular codec for the media file.

Abstract: Minimizing data exposure during screen sharing, including detecting remote access of an information handling system by an external information handling system; in response to detecting the remote access, identifying a selection of one or more application elements of an application executing on the information handling system for obscuration; applying an image filter to the selected application elements to adjust display properties of the selected application elements such that display content of the application elements is obscured for viewing by the external information handling system; and after applying the image filter to the selected application elements, providing remote access of the information handling system to the external information handling system, including providing remote access to the obscured display content of the selected application elements of the application.

Abstract: Minimizing data exposure during screen sharing, including detecting remote access of an information handling system by an external information handling system; in response to detecting the remote access, identifying a selection of one or more application elements of an application executing on the information handling system for obscuration; applying an image filter to the selected application elements to adjust display properties of the selected application elements such that display content of the application elements is obscured for viewing by the external information handling system; and after applying the image filter to the selected application elements, providing remote access of the information handling system to the external information handling system, including providing remote access to the obscured display content of the selected application elements of the application.

Abstract: In one or more embodiments, one or more systems, one or more methods, and/or one or more processes may receive first user input that indicates a first graphical user interface (GUI) profile, which includes first multiple GUI zones that are adjacent and non-overlapping; receive second user input that associates first multiple graphical user interfaces (GUIs) with the first multiple GUI zones; receive third user input that indicates a second GUI profile, which includes second multiple GUI zones that are adjacent and non-overlapping; receive fourth user input that associates second multiple GUIs with the second multiple GUI zones; display the first multiple GUIs within the first multiple GUI zones of the first GUI profile; determine that an event has occurred; determine that the event is associated with the second GUI profile; and display, via the display, the second multiple GUIs via the second multiple GUI zones of the second GUI profile.

Abstract: A radio communication device (102) provides for full TTY functionality by providing TTY capture (526) and TTY mapping (528) that allows the communication device (102) to transmit and receive TTY data. An external keyboard (108) provides for additional ease of use in TTY character entry. A method is also provided for the communication device (102) to transmit and receive TTY data. Optionally, a keyboard detection circuit can detect if the external keyboard (108) is connected to the radio communication device (108) and if so, transmit any TTY data that has been entered, or alternatively if no keyboard is connected, send the TTY data to a connector (510) so that the data can be sent to an external TTY.