A quiet revolution is underway in video streaming, and it has nothing to do with better codecs or faster internet speeds. Major tech companies—including Google, Netflix, and Meta—are pouring investment into a new streaming architecture called Media over QUIC (MOQ) that promises to fundamentally change how real-time video is delivered over the internet. This shift is driven by audience demands for instant, interactive experiences that existing protocols cannot reliably provide.
The core of the change is QUIC, a transport protocol originally developed by Google in 2012. QUIC replaces TCP, reducing connection setup time from two round trips to one (or even zero for repeated connections) while adding built-in encryption and improved congestion control. By layering media delivery directly over QUIC, MOQ eliminates the latency overhead of older protocols like RTMP, WebRTC, and HLS, which were designed for a pre-interactive era.
Media over QUIC is now an open standard being shepherded by the Internet Engineering Task Force (IETF). Its goal is to enable sub-second latency for live video, real-time interactivity, and seamless adaptation to network conditions. Video platforms and CDNs are actively experimenting with MOQ to reduce buffering and unlock features such as synchronized multi-camera streams, real-time audience voting, and hybrid live-VOD experiences.
The investment wave is not accidental. The global live-streaming market is projected to exceed $360 billion by 2030, and platforms are racing to differentiate through engagement. MOQ allows companies to build features that keep viewers in the stream longer—a critical metric for advertising-based models. Netflix, for example, has quietly trialed MOQ for its live events, while Cloudflare and Fastly are integrating it into their edge networks.
Industry analysts point out that MOQ represents a rare infrastructure-level disruption. Unlike most streaming improvements that come from codec or hardware updates, MOQ changes the fundamental transport layer, affecting every part of the delivery chain. This means early adopters can gain significant competitive advantages in latency-sensitive applications like esports, sports betting, virtual concerts, and real-time collaboration.
Looking ahead, the IETF expects to publish the MOQ specification in 2027, but adoption is already accelerating. Major CDNs are rolling out early support, and platforms are beginning to dual-stack MOQ alongside HLS/DASH. The real test will be large-scale deployments during high-profile events like the next World Cup or Olympics. If MOQ delivers on its promise, the way we watch live video today—with awkward delays and unpredictable buffering—may soon feel as outdated as dial-up.
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The Real Reason Major Tech Companies Are Investing In A New Video Streaming Architecture
As audience expectations shift toward real-time engagement, media companies are rethinking streaming infrastructure. Here's what leaders need to know about MOQ (Media over QUIC).
Chris Allen, Forbes Councils Member
Forbes
2 min read
6/10
Key Takeaways
- Google developed QUIC in 2012; the IETF standardized it as RFC 9000 in May 2021, forming the foundation for Media over QUIC.
- Traditional HLS can introduce 10–30 seconds of latency; MOQ aims for sub-second latency by eliminating TCP overhead and enabling single-round-trip connection establishment.
- Major CDNs including Cloudflare, Fastly, and Akamai have announced early support for MOQ in their edge infrastructure.
- The global live-streaming market is projected to exceed $360 billion by 2030, fueling demand for real-time engagement features that require low latency.
- MOQ is an open IETF standard (working group established 2023) with contributions from Google, Netflix, Meta, and Microsoft.
Frequently Asked Questions
Media over QUIC (MOQ) is an emerging streaming protocol that delivers video and audio over the QUIC transport protocol. It aims to reduce latency and improve interactivity compared to traditional protocols like HLS and RTMP.
Tech companies like Google, Netflix, and Meta are investing in MOQ because it enables sub-second latency for live streaming, real-time interactivity, and better network performance. These capabilities are critical for engaging audiences in live events, esports, and interactive experiences.
MOQ replaces TCP with QUIC, reducing connection setup time and improving congestion control. It allows for multiplexed streams without head-of-line blocking, enabling lower latency and smoother adaptation to changing network conditions.
Benefits include reduced buffering, sub-second latency for live events, support for real-time features like synchronized multi-camera views and audience voting, and better performance on high-packet-loss networks.
The IETF expects to finalize the MOQ standard by 2027, but early adoption is already happening. Major CDNs are rolling out support, and large-scale deployments could occur during major live events like the World Cup or Olympics.
Yes, Media over QUIC is an open standard developed by the IETF. Multiple open-source implementations exist, and companies are contributing to the specification to ensure broad interoperability.
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