Thanks for sharing this , so comprehensive! This info is still relevant. Why? Because real-time video processing with WebCodecs and Streams still enables surpr

Thanks for sharing this , so comprehensive! This info is still relevant. Why? Because real-time video processing with WebCodecs and Streams still enables surprisingly low-latency, customizable, high-performance, and accessible video processing on the web. Low Latency: WebCodecs and Streams enable real-time video processing with low latency, which is essential for applications like video conferencing, gaming, and live streaming. With low latency, users can experience a smooth and responsive interaction with the video content. Customization: Real-time video processing with WebCodecs and Streams allows for customization of the video processing pipeline. Developers can modify and optimize the processing steps to fit the specific needs of their application, such as reducing bandwidth usage or improving video quality. Performance: WebCodecs and Streams leverage hardware acceleration to achieve better performance than traditional software-based processing. This means that real-time video processing can be done more efficiently and with lower CPU usage, resulting in a smoother and more responsive experience for users. Accessibility: WebCodecs and Streams are built on top of web technologies like JavaScript, HTML, and CSS, making them accessible to a wide range of developers. This opens up new possibilities for developers who may not have expertise in traditional video processing techniques. Thanks for the share!