Abstract Demo of an open sourced proof of concept we built to test MOQ ideas. Recorded demo (in a more reliable environtment): Demo video (4m) Those are the links to the repos:
Tag Archives: streaming
IETF 116 (Yokohama) Media over QUIC March 2023: MOQ POC Demo
Abstract Demo of an open sourced proof of concept we built to test MOQ ideas. Recorded demo (in a more reliable environtment): Demo video (4m) Those are the links to the repos:
Sydney Video Nov 2022: RTMP GoAway (at Meta)
Abstract At Meta we implemented RTMP Go Away, this is a new mechanism that allows the live RTMP server to send a signal to the client indicating that it needs to reconnect. This allows the client to create a new connection at a logical media boundary, incurring zero data loss in your live streams. ThisContinue reading “Sydney Video Nov 2022: RTMP GoAway (at Meta)”
Barcelona video tech meetup November 2022: Delivering reliable live streaming over unreliable backbone networks
Abstract Sometimes we need to deliver a highly reliable live streaming experience over a network that is not designed for that. At Meta we implemented a flexible multi-path strategy that allowed us to fix (almost) all problems (buffering and disconnections) caused by unavoidable network events. PS: Very similar talk than Video@scale 2022 See meetup link
Video@Scale November 2022: Delivering reliable live streaming over unreliable backbone networks
Abstract Sometimes we need to deliver a highly reliable live streaming experience over a network that is not designed for that. At Meta we implemented a flexible multi-path strategy that allowed us to fix (almost) all problems (buffering and disconnections) caused by unavoidable network events. See the link
SF Video March 2022: RTMP GoAway (at Meta): What is it? How can I implement it and test it?
Abstract At Meta we implemented RTMP Go Away, this is a new mechanism that allows the live RTMP server to send a signal to the client indicating that it needs to reconnect. This allows the client to create a new connection at a logical media boundary, incurring zero data loss in your live streams. ThisContinue reading “SF Video March 2022: RTMP GoAway (at Meta): What is it? How can I implement it and test it?”
SF Video May CO-Video 2021 (Global Video Tech Meetup): Live distributed encoding proof of concept based on AWS Lambdas
Abstract In this talk I showed a system that allows you to stream SRT (h264 + AAC) and create the live ABR in a fully distributed way. This implementation uses AWS Lambdas to perform a segmented serverless transcoding, this allow us to instantly scale to any type of renditions and transcoding settings, tested up toContinue reading “SF Video May CO-Video 2021 (Global Video Tech Meetup): Live distributed encoding proof of concept based on AWS Lambdas”
SF Video Tech meetup: Build your own low latency live platform
Abstract How to easily build your own live streaming low latency platform based on open source. Final measured latency with regular player ~2s Demo video See the video, and slides PS: Evolution of this talk
Transitioning Broadcast to Cloud
Abstract We analyze the differences between on-premise broadcast and cloud-based online video delivery workflows and identify technologies needed for bridging the gaps between them. Specifically, we note differences in ingest protocols, media formats, signal-processing chains, codec constraints, metadata, transport formats, delays, and means for implementing operations such as ad-splicing, redundancy and synchronization. To bridge theContinue reading “Transitioning Broadcast to Cloud”
How we scale Live streaming for millions of viewers simultaneously
Abstract As Facebook Live and Facebook Watch have grown, the content shared there has expanded to include professionally produced, broadcast-quality content, like shows and live event coverage. This type of professional broadcasting from providers like La Liga, CONMEBOL, and UEFA is a very different challenge from user generated content (UGC) and viewers’ expectations are much higher. ViewersContinue reading “How we scale Live streaming for millions of viewers simultaneously”