Abstract: Techniques for media processing are described. A system may initiate and manage a communication session between two or more devices using a media session orchestrator (MESO). The MESO interacts with components associated with media processing services, media routing services, and signaling edge services, enabling devices from one or more networks to send and receive data. During the communication session, the system may perform media processing on data being sent between devices in order to provide additional functionality. For example, video content may be processed to provide subtitles in a plurality of languages, filters may be applied to change color balance or perform colorization of black and white content, or the like. The MESO architecture comprises a plurality of MESO routers and MESO executors, with the MESO routers being configured to route triggers and events associated with a specific media session to a single MESO executor that processes the media session.

Abstract: Techniques for media processing are described. A system may initiate and manage a communication session between two or more devices, with routing services enabling devices from one or more networks to send and receive data. During the communication session, the system may route media data to a media processing unit to perform media processing on data being sent between devices in order to provide additional functionality. For example, video content may be processed to provide subtitles in a plurality of languages, filters may be applied to change color balance or perform colorization of black and white content, or the like. The media processing unit and routing are configured to allow low latency processing to enable feature rich configurable processing to enhance various media communication sessions.