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Jon is the Chief Operating Officer at Dacast. He has over 20 years of experience working in Digital Marketing with a specialty in AudioVisual and Live Streaming technology.
By Dacast Editorial Team | Reviewed by Jon Whitehead, COO at Dacast | Updated October 2026.
Video streaming keeps reshaping how organizations reach their audiences, and 2026 is no exception. From AI-assisted production to protocols built for lower latency and stronger security, the technology behind a professional broadcast looks different than it did even two or three years ago.
In this post, we cover 12 video streaming trends worth watching in 2026, and how they’re changing the way broadcasters plan, produce, and distribute live content across industries.
To get started, let’s look at what live streaming is today and why it remains such a relevant distribution channel.
Table of Contents
Live streaming is broadcasting video over the internet in real time. It lets people “attend” sporting events, training sessions, church services, conferences, and more from anywhere with an internet connection, on any connected device.
What started for many organizations as a workaround for in-person limitations has become a permanent distribution channel in its own right.
Organizations now run live streaming alongside in-person events rather than instead of them, using it to reach larger, more distributed audiences, extend the life of an event through on-demand replay, and open up revenue streams like live commerce and pay-per-view. That shift has changed how several industries operate, and the technology behind it keeps evolving.
Here are the 12 trends shaping where video streaming is headed in 2026.
Live streaming is now a standard part of how organizations run events. Music festivals, church services, graduations, conferences, and other major gatherings are routinely broadcast online so remote audiences can “attend” from anywhere. Private events, like weddings and memorial services, are commonly streamed as well.
Hybrid events, where both virtual and in-person attendance are supported, remain the default format for most organizations. It gives guests more flexibility and lets event coordinators extend their reach well beyond the physical venue.
The protocols carrying live video from encoder to viewer continue to mature, and the right combination affects both reach and reliability. HLS remains the standard for live stream delivery because of its broad compatibility with HTML5 video players across devices.
On the ingest side, RTMP is still common because it works with the widest range of affordable encoders, but two protocols are increasingly replacing it: SRT and WHIP.
SRT adds error correction and encryption, which makes it a better fit for streaming over public or unreliable networks. WHIP, the WebRTC-HTTP Ingestion Protocol, standardizes how encoders connect to WebRTC-based infrastructure and is gaining adoption for workflows where a tighter delay between capture and playback matters, such as interactive Q&A or live auctions.
Latency itself has also improved. Faster, more reliable internet connections combined with these newer protocols mean broadcasters can deliver a noticeably shorter gap between capture and playback than in past years.
Live streams and online media consumption remain major forms of entertainment, and viewers show up expecting some degree of social interaction, not a one-way broadcast.
Organizations that lean into that expectation connect more successfully with their audiences. Opening a chat for comments and questions is one of the simplest ways to do this: it turns a live stream into more of a dialogue than a sermon.
Making live streams engaging and interactive makes it easier to build a real community around them.
Live streaming used to require a complex camera setup and a meaningful equipment budget. Today, a smartphone alone can produce a broadcast-ready stream.
4K video capture is now standard on mainstream smartphones, and a growing number of streaming apps connect a phone directly to an online video platform over RTMP, SRT, or WHIP. This makes smartphone streaming a practical option for broadcasters covering events on a limited budget, reporting from the field, or adding a second camera angle to a larger production.