Abstract: Methods and systems for transmission of high resolution and low latency data are disclosed herein. The essential practice of these methods and systems is the design of systems which prioritize delivering the video stream from point to point in the shortest amount of time possible by adaptively compensating for bandwidth limitations, compressing each frame in real time, and pushing the frames to the client over a full duplex socket.

Abstract: Protocols and mechanisms of communication between live production servers and mobile or remote clients are disclosed herein. Implementation of these protocols and mechanisms relies on certain methods to process and answer requests made between the clients and the servers. The essential practice of these protocols and mechanisms is the design of software which allows a video producer to use a thin client to control activity from any location instead of controlling these activities manually while sitting in front of video monitors.

Abstract: Mechanics and processes for remote control of live video production are disclosed herein. Producing a live, online video currently requires having direct control of the encoding system. The essential practice of the mechanics and processes is the design of a web service allowing encoder functionality to be controlled remotely, via a web interface or mobile device application (a.k.a. app).