Our workshop guide provides an overview of the topics addressed and their respective timeframes.
Workshop agenda
Latency control and optimization
Network reliability and stability, handling packet loss, bandwidth efficiency
Interactivity, bidirectional communication
Advanced signal multiplexing
What to expect
Expert insights on the challenges of today's streaming protocols and the problems MoQ is trying to solve
Deep dive into MoQ
Up-to-date discussions on the latest progress in MoQ development, including fresh updates from Dublin IETF
Demos showcasing MoQ's real-time media capabilities in action
Q&A and Discussion
Industries to benefit
Live Sports Broadcasters
News Broadcasters
Event Streaming Companies
eSports Companies
Interactive Live Streaming Companies
Virtual Event & Webinar Specialists
Employee Training & E-Learning
Live Shopping
Q&A Follow-Up Session
We're following up with some of the remaining questions we did not get to answer live in our workshop.
Check out the video, where the following viewer questions are answered by Mike English, Senior Software Developer at Norsk by id3as:
Typically, the creation of data units that can be dropped, have priorities, layered codecs and so on has resulted in drop of compression efficiency. So you would send higher bitrate media (or lower quality) for 99% of the case where this dropping does not matter. Is this worth it?
Who's currently part of MOQ developers, who's contributing? Is there a list of features to be implemented and a timeline?
How does ABR work in MoQ? Do you have access to the throughput on the client-side? Or do you need assistance by the server to choose the optimal quality?
In MoQ over MP-QUIC, if a high-priority object is lost and requires retransmission, does it retain its original priority level during retransmission, or does it potentially override higher-priority objects in the transmission queue due to its retransmission status?
Are you also considering adding stream failover mechanisms similar to Content Steering?
Existing HTTP caching in CDN for HTTP adaptive streaming is great for scaling live video distribution to large audience. How does MoQ scale? Is there caching in CDN for MoQ?"
Discover how MoQ aims to enhance media contribution and distribution by combining resilience against network congestion with powerful control over a wide range of latencies, and even bidirectional communication.
As a trusted consultant to major German broadcasters, Alexander established the 'Streaming Division' at Geißendörfer Film in 1999, and then co-founded G&L Systemhaus in 2005. With his extensive academic background in systematic musicology, phonetics, computer science and electrical engineering, he is able to bridge the gap between client demands and technical viability, while also harmonizing standardization with transformative innovations. Alexander is not only a respected professional, but also a devoted family man and an avid choir singer.
Will Law is Chief Architect within the Cloud Technology Group at Akamai and a leading media delivery technologist, involved with streaming media on the Internet for the last twenty years. Currently focusing on Media Over Quic, WebTransport, low latency streaming, MPEG DASH, CMCD, CMSD and CAT, Law is Co-Chair of the W3C WebTransport Working Group and the CTA Common Media Client Data Working Group and past President of the DASH Industry Forum and Chairman of the CTA WAVE Project. He holds Masters degrees in Aerospace Engineering and an MBA and prior to Akamai worked for a series of engineering and media-related startups.
Tobias Drees has been a lead streaming engineer at G&L since 2008, and holds the clever title of Senior Executive Streamologist. With his 15+ years of experience as a streaming media specialist, and as one of the pioneering engineers of the company, Tobias helped onboard many of G&L's biggest customers that are still with the company today. He also conducted major live-streaming events for public broadcasters in Germany, including the world's premier international football and multi-sport events. Prior to joining G&L, he earned a Biology diploma and spent several years as a researcher in scientific institutions.
Mike English is an experienced engineer with a strong background in the Internet industry. He specializes in infrastructure development and architecture for real-time communication (RTC) and ultra-low latency media distribution systems at scale. Currently, he is a Senior Software Developer at Norsk by id3as. Mike is also an advocate for Media over QUIC and actively contributes to the development of the Norsk media SDK.
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