July 2026 Summaries

Media over QUIC (MOQ) is a promising protocol that could revolutionize video streaming for robots, drones, and other embedded devices by supporting real-time performance and one-to-many distribution, making it ideal for complex workflows where video needs to be accessed by multiple viewers, including command centers, AI models, and recording systems. While current protocols like RTSP, SRT, and WebRTC serve important roles, MOQ offers a unified approach that could streamline video distribution from devices to various consumers without requiring separate upstream connections. It organizes media and related sensor data into a cohesive publish-and-subscribe model, enabling efficient distribution to both human and machine viewers and supporting live, replay, and recorded workflows within a single architecture. However, the successful adoption of MOQ will depend on overcoming challenges related to mobility, security, hardware support, and interoperability, as well as the development of efficient device implementations and stable SDKs. Despite these challenges, if these gaps are addressed, MOQ could become an essential tool for real-time media applications in fields like public safety, industrial inspection, and remote healthcare, demonstrating the need for a modern protocol that connects constrained devices with diverse human and machine consumers.

Red5 is poised to enhance its Universal Streaming Platform by integrating 5G Media Streaming Architecture (MSA) capabilities, which have been developed as part of the 5G Advanced framework. This innovation aims to improve video streaming performance by providing an API ecosystem that allows third-party access to 5G Standalone (SA) functionalities, optimizing content delivery across various streaming formats. The 5G MSA and Advanced specifications, defined by the 3rd Generation Partnership Project (3GPP), integrate media and transport layers to support specific media applications, leveraging 5G's high bitrates and reliable coverage. This integration is expected to revolutionize the streaming landscape by facilitating the deployment of innovative use cases such as augmented reality gaming and remotely operated equipment, potentially generating significant revenue for communications service providers (CSPs). The growing interest in 5G FWA and the deployment of 5G Advanced infrastructures are expected to offer a competitive alternative to traditional wireline networks. Red5 is committed to ensuring that its clients can leverage these advancements efficiently, alongside its new MOQ Transport standard and real-time streaming capabilities, to navigate the evolving streaming environment.

MOQ5 is an open-source native C library designed by Red5 to facilitate the development of live streaming workflows using Media over QUIC Transport (MOQT). It offers a reusable and transport-independent protocol foundation that supports both sending and receiving media, enabling developers to integrate MOQT into various applications, infrastructures, and runtime environments without being tied to a specific networking stack. As a sans-I/O MOQT protocol engine, MOQ5 efficiently handles session state, message encoding, subscription management, and protocol negotiation independently of sockets and event loops, allowing easy embedding and interoperability testing across different products. The library includes transport adapters and a higher-level media service tier, making it practical for building real media workflows beyond raw protocol primitives, and is already being utilized within Red5's projects and by members of the OpenMOQ Software Consortium, including Qualabs, YouTube, and Bitmovin. As the ecosystem evolves, the success of MOQ5 will be determined by the real-world applications and infrastructures built upon it, offering developers an opportunity to contribute and innovate within the growing interoperable MOQ framework.

Red5 Pro v15.6.0, released on July 7, 2026, introduces significant enhancements for real-time streaming workflows, including support for the AV1 codec, which offers superior video compression and reduced bandwidth usage compared to traditional codecs like h.265. The update also features improvements to the HTML SDK, particularly in DataChannel Messaging settings, and addresses several bugs, such as issues with video distortion, CPU usage, and video packaging. These developments make the platform more reliable and efficient, particularly in bandwidth-constrained environments like mobile networks, and benefit developers, startups, and enterprises by expanding their streaming and infrastructure management capabilities.

Red5 Live Streaming app is a newly launched mobile application available on Android and iOS that facilitates real-time video and audio streaming from smartphones to Red5 Cloud using WebRTC, providing ultra-low latency and high-quality live video to global audiences. Designed for diverse use cases like mobile journalism, travel vlogs, and live event coverage, the app simplifies streaming with features such as magic link login, preset quality profiles, and easy sharing of stream URLs. It offers new users 50 GB of free streaming monthly and 6,000 instance hours without requiring a credit card. The app aims to streamline mobile video contribution into scalable streaming infrastructure, and future updates will expand its capabilities based on user feedback.

In 2026, the evolution of real-time streaming is increasingly focusing on MOQ (Media over QUIC) hardware support, complementing the previously spotlighted software implementations. The expansion of MOQ into hardware-based workflows necessitates compatibility across devices that handle video capturing, processing, distribution, and playback, which can often be achieved through software updates rather than redesigning hardware. Various hardware vendors, such as Osprey Video, Ateme, and Videon, are pioneering efforts to integrate MOQ support into encoders, while Amino and others are exploring its application in players, set-top boxes, and Smart TVs. The industry's collaboration, notably within the OpenMOQ Consortium, is fostering progress in implementing MOQ, offering potential improvements in scalability and cost-effectiveness over previous standards like WebRTC. The development of open-source tools like the MOQ5 library is facilitating this transition, setting the stage for widespread adoption across diverse platforms, including IoT devices, digital signage, and potentially Smart TVs. The continued growth and collaboration in this area promise significant advancements in the real-time streaming ecosystem by the end of 2026.