Abstract: Server side content impression progression tracking is performed using ping triggers and pings. A server generates ping triggers for content based on an impression list from a configuration provided by the content originator. The server sets different times at which the ping triggers are to fire during content playback. When media playback on a client reaches a time set for a ping trigger, the ping trigger causes the client to return a ping to the server to indicate that playback has reached the designated time. In this manner, the pings granularly track content viewership on different clients, wherein the granular tracking measures not only whether content was viewed or not, but also how much of the content was viewed. Subsequent content to a particular client can be customized based on preferences derived from pings tracked from the particular client.

Abstract: The embodiments implement server-side third party content insertion with client-side tracking beacon. The solution embeds third party content within designated breaks of primary content to form a single unified stream that is streamed to a client requesting the primary content. The unified stream allows the client to receive all content without switching between different streams and prevents advertisement blockers running on the client from differentiating the third party content from the primary content and from blocking the third party content. The solution also generates and sends to the client, a configuration containing events and destinations the different content providers define for their respective content. The client monitors for the events specified in the configuration during playback of the unified stream. An event that is triggered causes the client to send a tracking beacon to a content provider specified destination associated with the event.

Abstract: The embodiments implement server-side third party content insertion with client-side tracking beacon. The solution embeds third party content within designated breaks of primary content to form a single unified stream that is streamed to a client requesting the primary content. The unified stream allows the client to receive all content without switching between different streams and prevents advertisement blockers running on the client from differentiating the third party content from the primary content and from blocking the third party content. The solution also generates and sends to the client, a configuration containing events and destinations the different content providers define for their respective content. The client monitors for the events specified in the configuration during playback of the unified stream. An event that is triggered causes the client to send a tracking beacon to a content provider specified destination associated with the event.

Abstract: Server side content impression progression tracking is performed using ping triggers and pings. A server generates ping triggers for content based on an impression list from a configuration provided by the content originator. The server sets different times at which the ping triggers are to fire during content playback. When media playback on a client reaches a time set for a ping trigger, the ping trigger causes the client to return a ping to the server to indicate that playback has reached the designated time. In this manner, the pings granularly track content viewership on different clients, wherein the granular tracking measures not only whether content was viewed or not, but also how much of the content was viewed. Subsequent content to a particular client can be customized based on preferences derived from pings tracked from the particular client.

Abstract: A method and system for just-in-time (JIT) encoding of media content is described. The JIT encoder allows a server to create one or more slices of requested portions of the media content according to one of the available quality profiles when requested without previously creating and storing different copies of the media content at the different quality profiles.

Abstract: Methods and systems for adaptive streaming cost management are described. A processing device can receive a request over a network from a media player executing on a client device to adaptively stream media content. The media content can include a plurality of media slices. The processing device can identify a geographical location of the client device from the request. The processing device can generate a media manifest file based on the geographical location of the client device. The media manifest file can indicate one or more media sources at which a copy of the plurality of media slices is geographically located and a cost associated with delivery of the plurality of media slices from the respective one of the one or more media sources. The processing device can transmit the media manifest file to the client device over the network.

Abstract: Methods and systems for advertisement insertion into streaming media content are described. In one method, an advertisement insertion tool receives a first indication of a start time of an advertisement break to be inserted into a stream of slices of media content. The advertisement insertion tool identifies a first slice of the slices that encompasses the start time of the advertisement break. The first slice comprises video frames. The advertisement insertion tool truncates the first slice to contain the video frames up to the start time of the advertisement break. An advertisement can be inserted after the truncated first slice and before a next second slice in the stream.

Abstract: Methods and systems for adaptive streaming cost management are described. A processing device can request slices of media content for playback on a media player from a first media source using adaptive streaming. Delivery of the slices of media content to the media player can incur a first cost. The processing device can determine a performance of the adaptive streaming of the media content from the first media source. The processing device can request subsequent slices from a second media source over the network when the performance of the adaptive streaming meets or exceeds a performance threshold. Delivery of subsequent slices to the media player from the second media source can incur a second cost that is less than the first cost. The processing device can request the subsequent slices from the first media source when the performance of the adaptive streaming is not at or beyond the performance threshold.

Abstract: Methods and systems for advertisement insertion into streaming media content are described. In one method, an advertisement insertion tool receives a first indication of a start time of an advertisement break to be inserted into a stream of slices of media content. The advertisement insertion tool identifies a first slice of the slices that encompasses the start time of the advertisement break. The first slice comprises video frames. The advertisement insertion tool truncates the first slice to contain the video frames up to the start time of the advertisement break. An advertisement can be inserted after the truncated first slice and before a next second slice in the stream.

Abstract: Methods and systems for adaptive streaming cost management are described. A processing device can receive a request over a network from a media player executing on a client device to adaptively stream media content. The media content can include a plurality of media slices. The processing device can identify a geographical location of the client device from the request. The processing device can generate a media manifest file based on the geographical location of the client device. The media manifest file can indicate one or more media sources at which a copy of the plurality of media slices is geographically located and a cost associated with delivery of the plurality of media slices from the respective one of the one or more media sources. The processing device can transmit the media manifest file to the client device over the network.

Abstract: Methods and systems for advertisement insertion into streaming media content are described. In one method, an advertisement insertion tool receives a first indication of a start time of where an advertisement is to be inserted into media content and a second indication comprising at least one of an end time of the advertisement or a duration of the advertisement. The advertisement insertion tool inspects a first original slice of the media content that contains the media content at the start time to locate a first key frame at or prior to the start time and creates a first new slice comprising the media content of the first original slice up to the start time. The advertisement insertion tool inspects a second original slice of the media content that contains the media content at the end time to locate a second key frame at or prior to the end time and creates a second new slice comprising the media content of the second original slice after the end time until an end of the second original slice.

Abstract: Methods and systems for advertisement insertion into streaming media content are described. In one method, an advertisement insertion tool receives an advertisement insertion input. The advertisement insertion input identifies a presentation time in media content to insert an advertisement. In response to receiving the advertisement insertion input, the advertisement insertion tool inspects an original slice of the media content that contains the media content at the presentation time to locate a key frame at or prior to the presentation time. The advertisement insertion tool creates a first new slice comprising the media content of the original slice up to the presentation time and creates a second new slice comprising the media content of the original slice after the presentation time. The advertisement insertion tool updates a descriptor file to include the first new slice, the advertisement, and the second new slice for streaming.

Abstract: Dynamic translation systems and methods for converting one adaptive streaming format to another adaptive streaming format are described that include: a) at least one source file, live stream or combination thereof, b) at least one playback device or entity comprising a device format or entity format and an interactive device interface, and c) a translator, wherein the translator progressively converts the at least one source file, live stream or combination thereof to the device format or entity format at the interactive device interface. In some embodiments, these systems include: a) at least one source file, live stream or combination thereof, b) an encoder, wherein the encoder converts the at least one source file, live stream or combination thereof to at least one file comprising a common device format; and c) a content development network, wherein the network stores the at least one file comprising a common device format.