Abstract: Techniques for packaging media content in a low latency encryption ready format for streaming are described herein. In accordance with various embodiments, one or more packagers that include create an intermediate unit including at least one data portion from media content. The packager(s) further determine a size for reformatting the intermediate unit, where the size can include a padding amount for the at least one data portion. The packager(s) also package the intermediate unit to a reformatted partial segment according to the size without encrypting the at least one data portion, including injecting into the partial segment at least one encryption specific box and injecting padding into the at least one data portion according to the padding amount. The packager(s) then package the reformatted partial segment for streaming while maintaining the size, including generating a manifest for streaming the media content specifying the size of the reformatted partial segment.

Abstract: Techniques for packaging media content in a low latency encryption ready format for streaming are described herein. In accordance with various embodiments, one or more packagers that include create an intermediate unit including at least one data portion from media content. The packager(s) further determine a size for reformatting the intermediate unit, where the size can include a padding amount for the at least one data portion. The packager(s) also package the intermediate unit to a reformatted partial segment according to the size without encrypting the at least one data portion, including injecting into the partial segment at least one encryption specific box and injecting padding into the at least one data portion according to the padding amount. The packager(s) then package the reformatted partial segment for streaming while maintaining the size, including generating a manifest for streaming the media content specifying the size of the reformatted partial segment.

Abstract: A first splicer manages a get-list request coming from a player and parameterized with an identifier of a first content and a group identifier. The first splicer obtains an initial playlist having a first URI template, pointing towards a first server and pre-parameterized with the identifier of the first content, and a first list of segment identifiers. The first splicer builds and transmits a final playlist to the player including a second URI template, pointing to a second splicer and pre-parameterized with the identifier of the first content and the group identifier, and a second list of virtual segment identifiers. Each virtual segment is associated with a segment of the first content or of an alternative content.

Abstract: A first splicer manages a get-list request coming (1-1) from a player and parameterized with an identifier of a first content and a group identifier. It obtains (1-2, 1-3) an initial playlist comprising a first URI template (pointing towards a first server and pre-parameterized with the identifier of the first content) and a first list of segment identifiers (each, when used as a parameter of the first template, making it possible to generate an URI pointing towards a segment of the first content). It builds and transmits (1-4 to 1-9) a final playlist to the player comprising a second URI template (pointing to a second splicer, possibly coinciding with the first splicer and pre-parameterized with the identifier of the first content and the group identifier) and a second list of virtual segment identifiers (each making it possible, when used as a parameter of the second template, to generate an URI pointing to one of the virtual segments).