The Advanced Encryption Standard (AES) is a popular encryption method used to protect data by changing it into text. This text is readable only with a unique decryption key. AES uses key sizes of 128, 192, or 256 bits, which can offer high-level security suitable for any data.
Video streaming platforms, creators, and broadcasters use AES files to encrypt video streams. This ensures that only authorized users can access their content.
Why Video Creators and Platforms use AES
Advanced Encryption Standard assists in securing video streaming, content protection, and transmission. Major platforms like Netflix and Amazon use the encryption method to ensure that only authorized users gain access.
It is also used to protect video files stored locally or in cloud services, particularly in industries like film production, where securing pre-release content is essential. For live streaming and video conferencing, encrypted data ensures secure transmission, preventing tampering or eavesdropping.
AES Encryption Steps
AES is a type of block cipher, which ensures advanced data security. The process creates a special key that encrypts and decrypts the data. Multiple encryption rounds take place during the process, further guaranteeing the data safety for delivery.
How AES Compares to Alternative Encryption Options
There are multiple options for encrypting video. However, understanding these differences highlights AES’s unique strengths.
DRM (Digital Rights Management):
AES encryption keeps video data safe by encrypting it. Only the right key can unlock the content. DRM provides additional security frameworks that includes encryption (often powered by AES), as well as licensing and access rules. Each option ensures data security, but DRM adds additional layers of control, such as preventing screen recording or limiting the number of devices that can play the content.
HTTPS (Transport Layer Security):
HTTPS keeps the connection between a user and the video server safe, preventing attackers from stealing data as it is sent. However, once the video file reaches its destination, HTTPS does not protect it. Using AES ensures that the content remains secure even after you send it.
Watermarking:
Watermarking is a technique used to embed identifying information within a video to trace unauthorized distribution. Unlike AES, watermarking does not encrypt the content but acts as a deterrent by making piracy traceable. AES focuses on directly preventing unauthorized access by encrypting the video data.
The Benefits of AES Security
For video creators and platforms, keeping content secure is essential. It is not just a technical need; it helps maintain trust and value.
Resi’s live stream platform uses AES because it is a strong and efficient tool to ensure security is maintained. It provides strong encryption to protect video content from unauthorized access. With Resi, video security is assured alongside premier live streaming quality services.