Such servers allow watching videos without being downloaded on a local desktop machine or Smartphone. For example, YouTube, Dailymotion, Netflix, Amazon Prime, Hulu these are all video on demand sites where you can watch video free or after subscription. VOD allows users to select and watch videos or listen to audio content such as music, movies and TV shows whenever they want rather waiting for some specific broadcast time.
There are dozens of free and open-source video streaming servers available online to stream and share videos. Today, we have listed the best ones in this article. Also, these media streaming servers are enterprise-class and can handle the streaming at large scale. Red5 is an open source media server available in both Open source and paid licensed versions.
It gives support for all kinds of live streaming. This design of this media server is very flexible and can enhance the capability using the simple plugins. The plugin architecture also allows for customization of virtually any VOD and live streaming scenario.
There are few big names like Amazon and Facebook using the Red5 video streaming server solution. The only difference between the pro and opensource Miniserver edition is the features. The free open source media server edition has fewer features than the pro version.
The open source version is On the fly stream repackager, comes with browser-based management interface, low footprint high-performance, modular design, low latency, Multiplatform, Smart HTML5 meta player, API, Stream meta-data, and Basic analytic integration.
Some other features:. This support both audio and video and also offers a set of client APIs which allows the developer to create advanced video applications for WWW and smartphone platforms. Kurento Media Server features include group communications, transcoding, recording, mixing, broadcasting and routing of audiovisual flows.
Kurento can easily integrate third-party media processing algorithms such as speech recognition, sentiment analysis, face recognition, etc. Streamhash has the ability to create subscription-based Video-on-demand streaming sites like Netflix and Amazon Prime or video streaming like Youtube or Live Video Streaming like Facebook Live.
You can create Live streaming ads to generate profits. The user can signup, upload videos and allow to generate easy revenue using Video ads and Banner Ads. The lite version is for the lifetime and comes with basic features mentioned below:. You can create websites sharing websites like Youtube, Metacafe, Veoh, Hulu or any other.
It is one of the most popular to create YouTube-like clone website. It also offers internal management systems that allow users to communicate and send messages via a built-in messaging service.
Creating videos and presenting them on YouTube or Facebook is relatively easy. The transmission of live streams on the Internet is more demanding. Text screens and images can also be integrated. You also have the option of using the blue screen technique colour key , masking and transitions.
This open source Live streaming server for audio and video supports a number of streaming platforms such as Twitch, Dailymotion, YouTube, Smashcast, Facebook and Beam. Furthermore, alternatively, we can send directly via your own server.
For fast work, we can control all important actions with hotkeys, for example starting a stream or recording or switching off a microphone. For this project, you'll need to add the RTMP module. Then Press Enter to proceed with the rest of the build and installation. Next, create a webroot directory from where Nginx will serve its content. I call mine stream :. Now that you have created your stream directory, configure Nginx by editing its configuration file:.
Under the Server section, change the webroot location to match the one you created earlier:. As you can see, this is a very minimal config that will create a working streaming server. Later, you'll add to this config, but this will provide you with a great starting point. However, before you can begin your first stream, you'll need to restart Nginx with its new config:. Now that your server is ready to accept your video streams, it's time to set up your streaming software.
Head over to the OBS website and find the build for your operating system and install it. Once OBS launches, you should see a first-time-run wizard that will help you configure OBS with the settings that best fit your hardware. OBS isn't capturing anything because you haven't supplied it with a source. For this tutorial, you'll just capture your desktop for the stream. Now it's time to send your newly configured video stream to your server. Next, you'll probably want to enter a Stream key—a special identifier required to view your stream.
Enter whatever key you want and can remember in the Stream key box. Now that OBS is configured to send your stream to your server, you can start your first stream. Click Start Streaming. If everything worked, you should see the button change to Stop Streaming and some bandwidth metrics will appear at the bottom of OBS.
If everything looks good, there could be another issue preventing it from working. This is a very simple setup that will get you off the ground. Here are two other features you likely will want to use.
Limit access: The next step you might want to take is to limit access to your server, as the default setup allows anyone to stream to and from the server. There are a variety of ways to set this up, such as an operating system firewall,. Record streams: This simple Nginx configuration will only stream and won't save your videos, but this is easy to add. In the Nginx config, under the RTMP section, set up the recording options and the location where you want to save your videos.
Make sure the path you set exists and Nginx is able to write to it. The world of live streaming is constantly evolving, and if you're interested in more advanced uses, there are lots of other great resources you can find floating around the internet.
Good luck and happy streaming! Sorry if this is an obvious question. But this is my first time setting up a media server. I'm using VirtualBox for the time to test the service. But where are you creating the application "live"? Also if you have something like a HDD that has music, videos, pictures, how is this going to connect to that? Hey Stephen, Think of "live" as just a container where your stream will be located. You could change that to "vid" or "app" and it would just change the URL that you'd have to point to.
The content that you want to show will be on the computer running OBS. In this setup, the server is just acting like a big repeater for the video that OBS is sending it. I have created one on Google Cloud but am unable to access the same as on clicking the SSH, the command line opens. Thanks a ton! Being it's a remote server, you'll likely have to use SSH in order to connect and manage it. How would you get this server to fetch ipcam footage and and allow to stream this.
I am not sure how ipcam works, but if you view the cam through an ip address, you will just need to use the browser capture in the OBS software. Github Technologies: Java. Ant Media Server is a software that can stream live and VoD streams. It supports scalable, ultra low latency 0.
Ant Media Server has two versions. Community Edition is available to download on Github. Enterprise Edition can be purchased on antmedia. Kurento is an open source software project providing a platform suitable for creating modular applications with advanced real-time communication capabilities. Kurento Media Server features include group communications, transcoding, recording, mixing, broadcasting and routing of audiovisual flows.
As a differential feature, Kurento Media Server also provides advanced media processing capabilities involving computer vision, video indexing, augmented reality and speech analysis. Kurento modular architecture makes simple the integration of third party media processing algorithms i.
Demo Github Technologies: Node. Instead of creating yet another opinionated server, mediasoup is a Node. Mediasoup and its client side libraries provide a super low level API. They are intended to enable different use cases and scenarios, without any constraint or assumption. Some of these use cases are:.
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