With 2020 not even halfway through, our society is already reevaluating many of the things about our lives that we have taken for granted. Facing limited mobility, we have adapted the ways in which we communicate and consume entertainment, putting great trust in digital access. People are flocking to digital streaming for numerous needs, from musical performances to education to even talk shows.To get more news about moonlive, you can visit official website.  There has never been a better time to be involved in streaming app development, and we have gathered all of the information we thought might be useful to someone getting started with such an endeavor. To answer the question from the title: developing an app like this is no small feat, but fully within your reach, if you get the right tools and assistance. Most consumers have a very rigid view of streaming, thinking of it solely in terms of media playback or broadcasting live video feeds. The truth is that there are several prominent types of streaming apps that can be developed, with certain overlaps possible between them.

The principle behind live streaming is quite simple: some event is filmed on a camera connected to the internet. The camera submits a continuous flow of data to a CDN (content delivery network), which further distributes it to users on different platforms and devices. Thus, applications of this type provide an interface for users to access media, as well as presenting the media via connection to a server/CDN. Examples of these apps include Periscope and Twitch.

Video on demand can be accessed at any time, because the media file was created/compiled before the user started watching it. Thus, the file was uploaded to a server and made available through a webpage or software. Users access it by either downloading the file from the server or a CDN if the media provider is using one. This all takes place automatically after a user tries to access a file. Examples include YouTube and Vimeo.

Audio playback services are similar to the aforementioned video-based options but present fewer challenges. As is the case with video, audio-focused software makes audio files from the web available for users to access. This media can also be live (e.g. podcasts or radio sessions) or pre-recorded (on-demand playback). Since audio files and feeds are smaller and less cumbersome on servers, such services are much easier to maintain and more affordable. Example – SoundCloud, Deezer.

Immersive software allows you to do more than just access a media file – it creates a whole experience around the media, immersing the user and giving them more aspects to enjoy. This is made possible with virtual reality (VR), augmented reality (AR), and mixed reality (MR). As long as the user has a digital interface (typically a smartphone, headset, or smart glasses), they can view the original media with various digital objects and elements added.

For example, if a person is watching a sports game in VR, the simulation can allow them to see the game from the sidelines and move around, as if they were really in the building that the game was taking place in. They could also potentially clap with digital hands, dance, and perform various actions in the simulation, though this would not affect on the real-life events or the recording they are accessing.

Although our article is primarily focused on live video streaming services, it is important to bring up different categories because they often borrow from each other, whether it is features or support for various formats. For example, YouTube features both videos that were recorded previously, live broadcasts, and even VR-like 360-degree videos.