The COVID-19 pandemic forced sectors like fitness, e-learning, and virtual events to adopt video streaming to continue operating.
Compare different approaches for integrating video, including social media platforms, traditional OVPs, developer-focused video APIs, and a complete DIY solution.
A video streaming service is broken down into four essential stages: capture, processing, delivery, and playback.
Adaptive bitrate streaming solves bandwidth fluctuation issues by encoding video into multiple quality levels and segmenting them for dynamic playback.
Use browser developer tools to inspect the network requests for an HLS stream, revealing the M3U8 manifest and individual TS video segments.
Configure the open-source OBS software for video capture and use the Mux API to create a live stream endpoint and obtain a stream key.
Enhance your stream's visual presentation by creating a custom scene in OBS that combines a webcam feed, screen capture, and graphic overlays.
Embed a live stream into a webpage using a standard HTML video element and HLS.js, including logic to fall back to native HLS support where available.
Go beyond basic streaming by enabling features like instant on-demand replays, MP4 downloads, reduced latency, social media simulcasting, and watermarks.
Learn how to stream from a browser by bridging WebRTC or WebSocket video into an RTMP feed using a server-side tool like FFmpeg.
Understand the trade-offs between latency and reliability, and explore the evolution of low-latency HLS and DASH standards for near real-time delivery.
Address privacy concerns by understanding how a video platform can be GDPR compliant by not storing PII, and compare security methods like signed URLs versus DRM.
53:45Rainer Stropek
35:30Austin Gil
14:44Chris Heilmann
30:36Christian Woerz
32:56Laurie Voss
43:11Jeremy Keith
43:53Sasha Shynkevich
1:15:44Chris Heilmann & Daniel Cranney and David Letorey
Jobs that call for the skills explored in this talk.
Speech Processing Solutions
Vienna, Austria
Thinkport GmbH