May 2026 Summaries

Red5 Cloud v1.14.0, released on April 24, 2026, introduces several significant updates aimed at enhancing real-time streaming workflows. This version includes a new comprehensive streaming analytics dashboard powered by ClickHouse, available to Growth-plan customers, which allows monitoring of various metrics via a secure Grafana-based interface. The update also introduces HLS egress support, enabling HTTP Live Streaming delivery, and provides the option to try MOQ for a more integrated streaming protocol. Additionally, improvements such as enabled playback controls on the pop-up preview player and configurable CORS settings enhance user experience by allowing greater control over stream access. These new features, along with bug fixes like corrected scheduling details and UI updates, ensure improved visibility, scalability, and flexibility for developers, startups, and enterprises utilizing Red5 Cloud for live streaming applications.

Red5 Pro v15.5.1, released on May 19, 2026, introduces significant enhancements and bug fixes to improve real-time streaming workflows. Key features in this update include RTX support for both WHIP and WHEP video streams, which enhances packet repair mechanisms in WebRTC to reduce visual artifacts on lossy networks, and Terraform instance type failover for applications hosted on Oracle Cloud Infrastructure, allowing automatic switching between instance types if the primary is unavailable. The update also addresses several bugs, such as issues with stream freezing, publishing failures, and timestamp inaccuracies. These improvements enhance the usability and reliability of Red5 Pro for developers, startups, and enterprises seeking robust streaming and infrastructure management solutions.

The recent IETF draft, coauthored by Paul Gregoire and Gwendal Simon, addresses MPEG-2 Transport Stream packaging for Media over QUIC (MOQ) with the aim of integrating this established technology into modern streaming infrastructure. Despite being perceived as outdated, MPEG-2 TS remains a cornerstone of global live video infrastructure, supporting contribution feeds, broadcast workflows, and satellite distribution due to its reliability and widespread hardware support. The draft emphasizes the importance of compatibility with existing workflows to ensure the success of MOQ in real-world broadcast environments, highlighting deployment considerations such as random access points, bitrate switching, and secure delivery. It underscores the necessity of balancing the integration of new streaming technologies with the practical realities of current systems to facilitate smooth adoption and operational continuity.

HTTP Live Streaming (HLS) is an adaptive bitrate streaming protocol developed by Apple in 2009, designed to deliver both on-demand and live audio-video content over standard HTTP connections. It is widely compatible across platforms and devices, making it a popular choice for streaming media to large global audiences, despite its latency ranging from 10 to 30 seconds. HLS works by encoding content into multiple renditions at various bitrates, allowing client devices to select the most suitable video rendition based on network conditions, ensuring stable playback. It employs TCP for reliable delivery, and its scalability is enhanced through CDN distribution. Compared to other streaming protocols like RTMP, WebRTC, and DASH, HLS is optimized for content delivery, offering broad compatibility and security features, although it can incur higher latency and storage costs due to its segmented delivery model. Newer protocols, such as LL-HLS and MOQ, aim to address latency concerns, with LL-HLS offering reduced latency through partial segments, and MOQ exploring sub-second latency capabilities. HLS is supported by major streaming platforms like Netflix and Amazon Prime and can be integrated with services like Red5 Cloud and Red5 Pro for varied streaming needs.

At the National Association of Broadcasters Show, Red5 highlighted the emerging real-time streaming standard known as MOQ, which is gaining traction among platform providers for its potential to revolutionize next-generation streaming. The MOQ Transport platform, which moved swiftly from an IETF-backed draft proposal to a significant industry player, was extensively demonstrated by various companies, showcasing its ability to support tunable latencies and eliminate the complexities associated with current high-latency systems. Red5 and its partners, including CacheFly and AWS, are rolling out MOQ beta testing, aiming to prepare for a commercial launch this summer. The OpenMOQ Software Consortium is facilitating interoperability among diverse media formats, enhancing the flexibility and functionality of MOQ in use cases ranging from live sports streaming to complex real-time multilingual translations. Despite the challenges facing the media and entertainment industry, the adoption of open-source solutions like MOQ offers a path to overcoming vendor lock-in and achieving seamless, next-generation streaming capabilities.