The proliferation of over-the-top (OTT) video streaming services like Netflix and Amazon Prime has made it more apparent to programmers that there is a pressing need to standardise the protocols that are utilised in the transmission of material from the server to the client device.
The widespread use of HTML5 standards for video sharing is a good illustration of this category of protocol.
Video players that use the HTML5 standard are now routinely bundled with web browsers and are also readily available for download on the internet.
The HLS and DASH streaming protocols are what need to be utilised in order to ensure that video material may be streamed effectively across several platforms and devices.
Protecting video content against piracy and adaptive streaming can be accomplished with the use of multiple digital rights management systems.
Video.js is an HTML5 video player that satisfies all of these various standards for streaming video platforms. Its name is also Video.js.
Due to the fact that it is compatible with the vast majority of modern video formats, this open-source video player is quickly becoming one of the most popular video players available on the internet.
In addition to this, it has a large community of developers from all over the world, which makes it possible to make a diverse variety of alterations to both the design and the functionality of the software.
Multi-DRM licencing regimes are utilised quite commonly by OTT businesses and content creators in order to govern user rights and content encryption.
The three most powerful companies on the internet, Google, Microsoft, and Apple, each have their own content licencing platform that they call Widevine, PlayReady, and FairPlay.
A multi-DRMan anti-piracy service needs to be incorporated into the Video.js player in order to guarantee that video material can be streamed across a diverse selection of web browsers and electronic devices.
The VideoJS Contrib EME plugin provides assistance with the integration of this component.
This plugin, which is compliant with the Encrypted Media Extensions standard, makes it possible for Video.js players to establish a connection with the content decryption module of the browser (CDM).
Before beginning the process of decoding the video portion of the file, the user can make use of the plugin in order to transmit the DRM licencing URI to the CDM.
As an alternative, the developer may provide strategies that are exclusive to a source as well as the particular combination of key system and codec that it employs.
In spite of the fact that a large number of players encrypt video data utilising the AES-128 encryption technique, which is the industry standard for encryption, these players commonly run into issues when they are seeking to keep the decryption key a secret. Even if the encryption standard is of the highest possible quality, there is still a possibility that content will be stolen, and video streams will be used without permission, if the decryption key is not sufficiently protected. This is the case even if the quality of the encryption standard is the highest possible quality. This is due to the fact that even if the encryption standard is of the highest possible quality, it is still possible for content to be taken without permission. This is because it is possible for someone with unauthorised access to the video streams to inappropriately obtain the content, which could lead to legal ramifications. This is why this is the case. The use of several digital rights management systems (DRMs) has emerged as a viable alternative for over-the-top (OTT) players to pursue in their search for a solution to this issue and, eventually, to address it.
