Usually, Video encryption software is used to protect the content from unauthorized viewing. When, for example, you're posting a music video that you've made on the Web, obviously, you want others to access it. But if the video is business instruction, you wouldn't want unauthorized people to have access to confidential company details.
Data breach, illegal distribution and data theft are still around. These are threats for everyone doing business these days. To avoid this and protect your content, you need to rely on content security and keep your company information secure. In this article, we will provide you with an overview of the Video encryption software. We will also shed light on the different types of video encryption methods that can be used to encrypt videos.
Video protection is a method of digitally shielding the videos in order to prevent accidental capture and display of sent files. The process involves encrypting videos with the use of video encryption software to protect material. No one can display authenticated video without cracking them first.
The two main reasons: personal and digital rights management (DRM).
- Personal Encryption
As the name suggests, data coding is used for personal privacy purposes. You have a video and want to share it with your family, close friends, colleagues, but you don't want to give unauthorized people access to it.
- DRM
Virtual DRM (Digital Restrictions Management) video encryption software begins by decoding data using the encryption method. Encrypted data is stored on a server that no one can access. Only the authorized user can access the video using the login ID and password. The video is transmitted to the user's computer using a safe socket interface. The user can then watch the video on a video player that decrypts the video in real-time. The video player prevents the user from storing the video in a physical storage medium.
Once the consumer has finished watching the video, the protected link will be terminated. If the consumer fails to access the streaming video anyway, the authenticated video will not be viewed on commonly available media players. In the case of DRM, users are either temporarily or permanently disabled without human interaction.
There are different video security technologies available that have their own pros and cons. Some of the most popular digital encryption methods are listed below.
Line Inversion – This method inverts some or all of the lines of the signal scan. The benefit of this method is that it's an easy, inexpensive video encryption software. The advantages of this video encryption technology include low security, poor decryption video quality, and low obscurity.
Adaptive Streaming – Video encryption software dynamically alters resolution, bit rate, etc. based on the speed of the internet and other factors.
Region Specific Streaming – Such encryption technology requires material to be accessed in specific regions only while blocking access to other regions.
Media/Device Specific – Media/device encryption technology encrypts video that can only be played on specific devices. The justification for using this video encryption software is to keep content exclusive to other devices including Amazon Kindle, Apple TV, ios, etc.
Software Specific Video – The video encoding technique allows video content to be viewed using a specific video codec.
At the end of the day, you will carefully consider the criteria when choosing a specific video encryption technology. The video encryption software must have a robust encryption technology tailored to your needs.
