One of the exciting new features I'm developing for my P2P Chat is a Live Streaming system that leverages a tree-based distribution algorithm. A notable challenge in P2P connections is the limited bandwidth offered by home internet services, which understandably falls short of the broadcasting server capabilities of platforms like Twitch or YouTube. This limitation greatly restricts the number of concurrent connections an individual streamer can sustain during a live stream. The ideal solution involves creating a tree structure where the originating streamer sends the video signal to no more than four recipients. These recipients, in turn, relay the video signal to subsequent users who connect. Let's explore how this works specifically when the main streamer has fewer than four active concurrent connections: - A client wishing to connect sends a connection request to the main streamer. - The main streamer initiates a P2P call to the client, conveying the media stream. - Since the call originates from the streamer, the client accepts the incoming stream. Conversely, if the main streamer already has four active concurrent connections: - A client wishing to connect sends a connection request to the main streamer. - The main streamer selects an already connected client that is receiving the media stream and communicates the client ID to the waiting client. - The main streamer sends a request to the active client, instructing it to call the waiting client. - The waiting client verifies if the incoming stream is sent by the client ID previously communicated. If confirmed, it accept the call and begin streaming the content (becoming a free relay client). This method thus allows for the establishment of a secure connection between two clients within a P2P network in four simple steps, while initially communicating with the source streamer. Indeed, the handshake phase ensures the receiving client will only accept calls from clients recognized by the originating streamer. #svelte #sveltejs #peerjs #p2p #distributed #network #stream #js
Alessandro De Cristofaro’s Post
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Hey LinkedIn folks! 👋 Let's dive into the world of asynchronous video loading or video streaming from a frontend perspective, spicing things up with Video.js and HLS (HTTP Live Streaming). 🌐✨ Why Video.js? Video.js is a robust and customizable open-source HTML5 video player library. It brings a consistent player experience across browsers, allowing you to take control of your video elements effortlessly. What is HLS? HTTP Live Streaming (HLS) is a streaming protocol developed by Apple. It breaks video files into small, manageable chunks and delivers them via standard HTTP. This adaptive streaming protocol allows for seamless playback and adapts to varying network conditions. Importance of HLS: Adaptability: HLS adjusts the quality of video streams based on the viewer's network conditions, providing a smooth viewing experience. Compatibility: It's supported on a wide range of devices and browsers, making it a versatile choice for streaming content. Latency Reduction: HLS reduces latency, ensuring quicker start times and minimal buffering. 🌟 Bringing It All Together: Combining Video.js with HLS is a powerhouse for effective video streaming. Video.js provides a consistent player interface, while HLS ensures adaptive streaming for optimal user experience. Ready to amplify your video streaming game? 🚀 Share your thoughts and experiences below! 💬🌐 #WebDevelopment #VideoStreaming #Videojs #HLS #techtalk #frontend
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Finding a single platform that meets all your video needs can feel like searching for a needle in a haystack. 🔎 Whether it’s live streaming, hosting, or real-time analytics, the challenge of pulling it all together can be overwhelming. That’s where api.video comes in as your one-stop shop. 💯 Dive into our latest blog and discover how api.video can be your all-in-one solution for videos ⬇ ⬇ ⬇ #videoAPI #platformvideo #livestreaming https://lnkd.in/eDjXyxAA
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MS CS at ASU | Actively looking for full-time opportunities starting from May 2025 SDE, Data Engineering | 3x Mulesoft Certified | Software Development, Distributed Systems, Gen AI, ML, Embedded Systems
As a tech enthusiast, I'm always curious about the mechanisms behind complex systems. This curiosity led me to create a project exploring how adaptive bitrate streaming works in platforms like YouTube and other OTT services. I've shared my findings and the implementation details in a new blog post, where I set up an HLS streaming server with a React frontend. Check out my blog to learn more about the process and implementation. Your feedback is most welcome! https://lnkd.in/gtzWqtiv #HLS #AdaptiveBitrateStreaming #Nodejs #React #VideoStreaming #OTT #TechBlog #Curiosity #Learning
Node.js HLS Server with React Frontend for Adaptive Bitrate Streaming
ameyashahu.medium.com
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Good news for anyone who uses video.js and is looking to incorporate a real-time sub-500ms option without having to switch players. Now you can harness the full power of the Ceeblue Media Fabric — WebRTC MBR, Fallback Protocols, Intelligent Multi-Bitrate quality modulation, and much more — without having to overhaul your current player. This is made possible by Ceeblue's recently released video.js WebRTC plugin. This new plugin integrates WebRTC with existing HLS, Low-Latency HLS, and DASH support within the video.js player framework, broadening the possibilities for live video streaming. About video.js Video.js is a widely used open-source HTML5 video player that offers both popular features as well as customizability, ensuring compatibility across various platforms and devices. Features of the Ceeblue Plugin Our aim is to simplify the integration of WebRTC by bringing features such as fast-start and multi-bitrate streaming to a simple-to-use video.js plugin. The SourceController component within the plugin facilitates automatic protocol switching to maintain stream quality under varying network conditions. The Media Fabric The Ceeblue Media Fabric is a scalable and reliable real-time video solution. With features such as fast-start, timed metadata, and multi-bitrate streaming, along with fallback options and burst scaling for better stream resilience, it is the go-to solution for sub-500 ms live video. Getting Started The plugin is available NOW on GitHub, where you can find documentation, examples, and a guide to help with implementation and configuration, regardless of your level of development experience. For more information, read our blog about the plugin at https://lnkd.in/dPcytAPB To check out the plugin directly, visit our GitHub at https://lnkd.in/dbSmUFma Get your free trial here: https://lnkd.in/d7hy6J2s The Ceeblue Team Live Transcoding and Video Delivery at Scale in Under a Second. Really. #videojs #realtime #subsecondstreaming #livestreaming #hesp #webrtc #realtimedelivery #lowlatency #videostreaming #video #streaming #transcoding #scalability
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Software engineer (L2)@6thstreet.com || building book swap ||Toomy Hilfiger ⚡️ Crocs⚡️⌨ building frontend CMS used java script 🔧||build Codedailywithme frontend ||Ex- Data Structure Instructor @pepcoding
🚀 **Building a YouTube-like Video Streaming Platform: Optimized Video Start Times!** 🎥 Ever wondered how YouTube gets videos to start faster than you can say "buffering"? We did too! So, we rolled up our sleeves and dove in. Here’s our secret sauce: 1. **Adaptive Bitrate Streaming (ABR)**: Used HLS/DASH to adjust video quality dynamically. No more buffering blues! 🔄 2. **Content Delivery Networks (CDNs)**: Leveraged AWS CloudFront to bring videos closer to you. It’s like video teleportation! 🌍 3. **HTTP/2 and HTTP/3**: Fast lanes for data. No traffic jams here! ⚡ 4. **Efficient Encoding**: H.264, VP9, and AV1 for super-smooth streaming. Because who likes pixelation? 📹 5. **Pre-fetching/Preloading**: Ready, set, play! Instant starts with preloaded metadata. ⏩ 6. **Video Chunking**: Bite-sized video pieces for quick munching. 🧩 7. **Service Workers**: Cached videos for speedy replays. It’s like having a personal video butler! 💾 8. **Optimized Players**: Lightweight players like Video.js for a snappy experience. 🎛️ 9. **Progressive Enhancement**: Start low, go high! Smooth transitions from low-res to high-res. 📈 Combining these strategies, we’ve created a video playback experience that’s faster than your morning coffee! ☕️ Ready to say goodbye to buffering? Let’s make streaming great again! 🌟 #VideoStreaming #TechInnovation #WebDevelopment #CDN #AdaptiveStreaming #WebPerformance #ByeByeBuffering
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Build an Asynchronous Express.js Stream Service with Node.js's fs Module In this article, we'll explore how to create an asynchronous video streaming service using Express.js and Node.js's fs module. By adopting an asynchronous approach, we ensure that our server can handle multiple requests concurrently without blocking. #Node.js #Tutorial #Streaming #Expressjs https://lnkd.in/ghERNtz2
Building an Asynchronous Express.js Stream Service with Node.js’s fs Module
medium.com
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Lead Developer @ MAARG | VP @ CodeBase MPSTME | JGS @ MUNSOC MPSTME | Student @ NMIMS MPSTME
🚀 Excited to share my latest project with the community! Introducing my HLS Stream generator built using FASTAPI and ffmpeg! 🎥💻 Check it out here: https://hls.nnisarg.in With this tool, you can effortlessly create HLS streams for your media content, making it easier than ever to share videos seamlessly across different devices and platforms. 📱💻📺 Even better, you can check out the documentation for the API at https://lnkd.in/gdv-bpRP for streamlined integration into your workflows. While the web UI is still a work in progress, the functionality is ready for you to dive in and start generating HLS streams today! 🎉 I'm thrilled about the possibilities this tool opens up for content creators, developers, and anyone looking to harness the power of HLS streaming. Give it a try and let me know what you think! 💬 #HLS #Streaming #FASTAPI #ffmpeg #ContentCreation #DeveloperTools #TechInnovation
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What are hls interstitials? In 2021, Apple introduced HLS (HTTP Live Streaming) Interstitials, aimed at streamlining the management of advertisements and other ancillary content within HLS streams. HLS Interstitials offer a straightforward method to schedule ads seamlessly into content streams. https://lnkd.in/g5AVZiBh
AWS Elemental MediaTailor now supports HLS Interstitials for VOD streams
aws.amazon.com
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🚀 **New Article Alert!** 🚀 I'm excited to share my latest article: Undestanding Video Streaming Protocols and Chunking Mechanisms – now live on my blog! If you're looking to deepen your understanding of video streaming, this article is a must-read. It covers: - Key Streaming Protocols : Learn about HLS, DASH, RTMP, CMAF, and more. Understand their unique features and when to use each one. - Chunking Mechanisms : Discover how different protocols handle video segmentation and why it's crucial for smooth playback. - Adaptive Bitrate Streaming (ABR) : Explore how ABR enhances the viewing experience by adjusting video quality in real-time. - Use Case Recommendations : Get insights on choosing the right protocol and chunking mechanism for specific use cases, whether you're building a platform like Netflix or YouTube. Whether you're a seasoned professional or just getting started with video streaming, this article will provide valuable insights and practical tips to enhance your knowledge. 🔗 https://lnkd.in/gib5hGcX Feel free to share your thoughts or ask questions in the comments. Happy reading! #VideoStreaming #TechBlog #StreamingProtocols #CMAF #HLS #DASH #AdaptiveBitrate #TechInsights #ContentDelivery #StreamingTech #python #javascript #nodejs #videoStreaming #hls #mpegdash Feel free to customize it further to better fit your style or add specific details about your article!
Streaming Protocols: Understanding Chunking
ritiksharmaaa.hashnode.dev
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Meet the new and improved Cloud Video Kit! 🚀 Version 1.10 has landed – and it's packed with features that prioritize your content's security while boosting your streaming capabilities with Bitmovin Player. Here's a sneak peek at what's new: 🔐 Easily manage security settings for each asset individually, including token management, blocking developer tools in browsers, code obfuscation for embedded videos, and Concurrent Access Protection (CAP). 🌍 Automatically detect and manage multiple audio and subtitle tracks, with options to manually adjust language codes, add labels, or upload additional tracks. 🎛️ Experience a streamlined and consistent design across all tables in the web consoles. 🔍 Quickly find uploaded files, VOD, recordings, and streams with enhanced filtering options. Take a look at the new features and see how they can benefit your streaming setup: https://lnkd.in/drf_pYgg Or learn about Cloud Video Kit on our website: https://videokit.cloud/ #streaming #video #media #software #OTT
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