Abstract: This disclosure relates to a multi-angle video platform operating on web and mobile, that allows users to play many videos at the same time about the same experience. Combining real time video technology, metadata analysis, and machine learning, the techniques, systems, and methods disclosed herein can facilitate easily syncing multiple videos of events like music festivals, rallies, sports, or music, giving users the chance to not only watch but also participate in the video experience, switching across video angles or audio sources, or eventually adding their own video or audio inputs into the multi-angle experience. The systems and methods disclosed herein can facilitate syncing live and/or non-live videos, as well as videos contributed directly to a mobile or computer-hosted application, as well as videos posted on external API's. Multi-angle videos, live or non-live, can be played in a mobile or computer-hosted application or on a website.

Abstract: This disclosure relates to a multi-angle video platform operating on web and mobile, that allows users to play many videos at the same time about the same experience. Combining real time video technology, metadata analysis, and machine learning, the techniques, systems, and methods disclosed herein can facilitate easily syncing multiple videos of events like music festivals, rallies, sports, or music, giving users the chance to not only watch but also participate in the video experience, switching across video angles or audio sources, or eventually adding their own video or audio inputs into the multi-angle experience. The systems and methods disclosed herein can facilitate syncing live and/or non-live videos, as well as videos contributed directly to a mobile or computer-hosted application, as well as videos posted on external API's. Multi-angle videos, live or non-live, can be played in a mobile or computer-hosted application or on a website.