Video security is the most important factor for businesses, and that is why encrypted video player is in high in demand. Video security is listed as the main influencing factor in buying decisions by over 83% of businesses. Therefore, to safeguard content during incoming and outgoing streams, video streaming services invest millions in R&D.
What is Encryption?
A technique called encryption shields assets and data against illegal access. Additionally, supervised implementation prevents hackers from accessing the media assets even if the Storage is somehow compromised.
Using algorithms, encryption converts readable data, or “plaintext,” into unreadable data, or “ciphertext,” using a special encryption key that is typically a number. One needs a specific decryption key to transform ciphertext into plaintext in order to gain access.
The first step in the online DRM (Digital Restrictions Management) video encryption procedure is to encrypt the video using a standard. The encrypted footage is kept on a secure server that no one else can access. Through a login ID and password, the video is only accessible to approved users. On the user’s computer, the video is transferred through a secure socket connection. The user can then view the video on a video player that instantly decrypts it. The user cannot store the video on a physical storage medium because of the video player.
The secure connection is cut off once the user has finished watching the movie. Even if the user is able to download the streaming video, it cannot be played on most media devices because it is encrypted. In the case of DRM, people are either temporarily or permanently cut off from communication without human interaction.
Video Encryption Software for Teachers
iShieldProtect® is a video encryption software for teachers that helps protect educational videos and content from unauthorized access, piracy, and intellectual property theft. The software uses state-of-the-art encryption algorithms to ensure that video files are protected with the highest level of security. It also supports a wide range of platforms, including desktops, laptops, smartphones, and tablets, allowing teachers to encrypt and decrypt video files seamlessly across various devices. In addition, the software provides comprehensive access control features, allowing teachers to define and manage access permissions for each video file. This gives teachers enhanced control over who can view their content.
Here are some of the key benefits of using iShieldProtect® for teachers:
Peace of mind: Teachers can rest assured that their videos are protected from unauthorized access. Control: Teachers have complete control over who can view their content. Security: iShieldProtect® uses state-of-the-art encryption algorithms to protect video files with the highest level of security. Compatibility: iShieldProtect® supports a wide range of platforms, making it easy to use on any device. If you are a teacher who is looking for a way to protect your educational videos and content from unauthorized access, piracy, and intellectual property theft, then iShieldProtect® is a great option.
Types of Video Encryption Technology
There are several video encryption systems available, each with advantages and disadvantages. Below is a description of some of the most popular digital encryption methods.
• Line inversion: In this technique, the signal scan lines are partially or completely inverted. It has the benefit of being a straightforward, affordable video encryption method. Low security, subpar video quality after decryption, and minimal obscurity are drawbacks of employing this technique.
• Adaptive Streaming: Depending on the internet speed and other variables, the encryption software automatically modifies the resolution, bit rate, etc.
• Region-specific streaming – This encryption technique restricts access to certain regions while allowing playback in others.
• Media/Device Specific – Video that can only be played on particular devices is encrypted using media/device encryption technology. By adopting this encryption technology, the film will only be available on specific platforms like the Apple TV, iTunes, and Amazon Kindle.
• Software-Specific Video – The video encoding method enables the playback of video content with a particular video codec.
Play Encrypted Video
To prevent unauthorised interceptions and viewing of sent films, video encryption is a process of digitally disguising your videos. In order to secure the content, the method entails encrypting videos utilising encoding software and hardware. The encrypted videos cannot be seen without first being decoded and to secure our videos we must play encrypted video only. A built-in encryption tool in Windows is designed to prevent other users’ and/or machines’ access to your files through opening, reading, or altering them. Make a modification to the file’s ownership to unlock an encrypted video. • Locate the file or folder you want to gain ownership of in File Explorer. • Select Properties by right-clicking the file or folder. • Select Security. • Select Advanced, then select Owner. • After selecting Change, choose from the following actions:
To change the owner to a user or group that is not listed, you should click Other users and groups and, in Enter the object name to select (examples), type the name of the user or group, and then click OK. To change the owner to a user or group that is listed, in the Change owner to box, click the new owner.
DRM player for Android
This article covers the APIs that a DRM plugin must implement and gives an overview of the Android digital rights management (DRM) system. The robustness and compliance rules that could be established by a DRM scheme are not discussed in this document.
An extensible DRM framework is offered by the Android platform, enabling apps to manage rights-protected content in accordance with the licence restrictions imposed on the content. The device maker determines the DRM schemes a device supports; the DRM framework supports a variety of DRM methods. For application developers, the DRM framework offers a uniform interface and hides the complexity of DRM procedures. Both protected and unprotected information can operate in the same manner thanks to the DRM architecture.
Rich digital content accessibility is crucial for users of mobile devices. Android developers and digital content producers require an uniform DRM approach supported by the whole Android ecosystem in order to make their material publicly accessible. Google offers DRM on compatible Android devices without a license charge in order to make that digital content accessible on Android devices and to guarantee that there is at least one consistent DRM available across all devices. The DRM plugin is connected with the Android DRM framework and may secure premium content and user credentials using hardware-backed security.
The security and content protection features of the underlying hardware platform are what determine how much content protection the DRM plugin can give. Hardware secure boot should be one of the device’s hardware features in order to create a security chain of trust and safeguard cryptographic keys. Devices should have the ability to safeguard material through trusted output protection mechanisms and internal protection for decrypted frames. All of the aforementioned security and content protection capabilities are not supported by all hardware systems. Security is never implemented in a single spot along the stack; rather, it depends on the blending of services, software, and hardware. For a device to be secure, it must include hardware security features, a trusted boot mechanism, and an isolated secure OS to handle security functions.
DRM: an acronym that gives developers and CTOs alike the willies. As more premium content is distributed over the open Internet, digital rights management (DRM), a technique for securing digital content to prevent unauthorised use and piracy, has become a requirement for many streaming video platforms.
DRM essentially makes sure that video content is transferred and stored in an encrypted format so that only approved users and devices can play it back. Video content must be bundled and encrypted before being streamed, frequently employing various DRM techniques for increased device compatibility. The encrypted video player asks a license server for a key whenever a user tries to play back a video. Before sending a license response with a decryption key, the server confirms that the user and device are authorized. The content can then be decrypted and played back for the user by the encrypted video player.
This procedure is shown in the following diagram. Starting with an introduction of some of the available protection schemes and how to encrypt and package content for each with static delivery, we’ll delve into the specifics of setting up a DRM-protected streaming system like the one depicted in this post. After that, we’ll talk about how Dynamic Delivery is used with DRM packaging.
Supporting DRM may be as easy as changing your account and configuration to enable it if you use a fully featured online video platform, like Video Cloud. If you’ve built out a bespoke streaming pipeline or customised your player, you’ll need to update and add additional components to enable DRM.
Your streaming workflow must update at least three parts in order to enable DRM: • Your assets’ content needs to be transcoded, encrypted, and packaged in ways that work with the DRM systems you need to support. • Your encrypted video player must be able to ask a licence server for a key and decrypt the video; this may call for different players on various platforms. • License Server – Every time a piece of content is requested, your encrypted video player will ask a licence server for the decryption keys; the licence server authenticates and handles these requests.
We only need to be concerned with The Big Three for supporting the most widely used web browsers, devices, and set-top boxes, despite the fact that there are numerous DRM solutions available to secure video content: Google’s Widevine • Chrome, Firefox, Android, and Chromecast devices can all play material that is Widevine-protected. Apple’s FairPlay • FairPlay-protected media can be viewed on iPhones, iPads, and AppleTVs as well as in Safari on OS X. Microsoft’s PlayReady • PlayReady-protected content can be played on various platforms, including Xbox, Windows Phone, IE11, and Edge browsers.
How does iShieldProtect® contribute to offering the best video streaming security services?
Our company, iShieldProtect® claims to offer the best services for protecting your data online. You can secure the video streaming both online and offline using a variety of techniques.
Password protection is regarded as the most fundamental method of securing your videos. By using this option, you can password-protect your video streaming and stop it. If they do not have the password on them, nobody will be able to view it. The only need here is to keep your password private because your video footage will remain secure as long as it is.
Complete control over the life cycle of your content: iShieldProtect® gives you the ability to monitor and manage the lifecycle of your content. You are able to choose the content’s beginning and ending dates. Limit the user based on the following factors, such as the maximum number of test paper attempts and the test paper expiration date.
Secured Online Streaming: This function, which helps you to protect the data with the aid of an integrated App, is highly recommended by iShieldProtect® when the content is streamed online. You can therefore watch videos that are being streamed live without worrying about your privacy.
Check out the more secure live video streaming features of iShieldProtect®.
Conclusion– Before choosing a certain video encryption technique, you should thoroughly analyze your needs. The video encryption software must have reliable encryption that meets your all the requirements. The greatest options for video encryption software is iShieldProtect®.