Netskrt and Oracle demonstrate end-to-end MOQ delivery at IBC 2026

This demonstration signals a shift from theoretical protocol discussions to practical multi-vendor implementations for live streaming at scale. By successfully integrating Oracle Video Edge into an independent CDN, the companies are addressing the fragmentation that typically hinders low-latency delivery across diverse network owners. This interoperability is essential for streaming platforms that require massive, burstable capacity for live sports without sacrificing performance. As the industry moves toward standardized relay models, the ability for disparate infrastructure to cooperate will determine the commercial viability of real-time streaming. Watch for IBC attendee feedback on the stability of the end-to-end pipeline as a signal for broader MOQ adoption timelines.

The Media Over QUIC (MOQ) protocol is rapidly moving from IETF working-group drafts toward multi-vendor production deployments. In June 2026, the IETF MOQ working group published its latest transport draft incorporating relay discovery and subscriber group semantics, marking a milestone that enables the kind of cross-CDN interoperability Netskrt and Oracle are now demonstrating at IBC 2026. The protocol's relay-based architecture allows independent CDN operators to chain content delivery without requiring shared infrastructure ownership, a design principle directly reflected in the Netskrt-Oracle demonstration. Multiple CDN vendors, including Fastly and Cloudflare, have publicly contributed to the MOQ transport specification, signaling broad industry interest in standardizing low-latency live delivery beyond proprietary solutions.

Oracle has been building its video delivery stack around edge-native, containerized architectures that align with MOQ's relay model. Oracle Video Edge was designed to run as lightweight containers at distributed points of presence, enabling operators to deploy relay nodes without dedicated hardware. This containerized approach mirrors the broader industry trend toward disaggregated CDN infrastructure, where software-defined relays can be instantiated on demand. For Netskrt, which operates as a CDN orchestration layer coordinating multiple independent networks, the Oracle partnership validates that MOQ relays can function as portable, vendor-neutral components rather than being locked into a single provider's proprietary stack. The demonstration at IBC 2026 represents one of the first public proofs of MOQ interoperability between commercially distinct CDN environments.

Technical benchmarks for MOQ-based delivery remain limited but are emerging from early adopters. Cloudflare published internal testing showing MOQ relays achieving sub-second glass-to-glass latency for live streams at scale, with relay chaining adding minimal overhead compared to traditional HLS or DASH segment-based delivery. The protocol's use of QUIC transport provides built-in multiplexing and connection migration, which reduces the head-of-line blocking problems that plague HTTP/1.1-based streaming. However, independent third-party performance comparisons between MOQ and competing low-latency protocols such as WebRTC and CMAF-LL are still scarce, making the IBC 2026 demonstration a valuable data point for operators evaluating whether MOQ can meet production-grade reliability requirements for live sports and event streaming at scale.