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Answer/Explanation:
These algorithms have undergone extensive security analysis and are continually tested to ensure that they provide adequate security. Cryptographic algorithms will usually use cryptographic keys and when these algorithms need to be strengthened, it can often be done by using larger keys.
Encryption uses complex algorithms to scramble data and decrypts the same data using a key provided by the message sender. Encryption ensures that information stays private and confidential, whether it's being stored or in transit. Any unauthorized access to the data will only see a chaotic array of bytes.
The strength of an algorithm, is defined both in terms of it's key size, as well as it's resistance to cryptanalytic attacks. We say an algorithm is broken if there exists an attack better than brute force. So, with AES and a 128-bit key, AES is considered "secure" if there is no attack that less than 2^128 work.
There seems to be an emerging requirement to specify cryptographic strength objectively rather than subjectively with adjectival descriptors such as weak, good or strong. It is expected that U.S. Government (USG) and industry will soon require specific quantitative data to define the point at which a cryptographic technology or product will satisfy user requirements.
Knowing that these 2 Choices Don't really look Right...
Because it our job = Wrong
Because encryption algorithm are always weak = Wrong
So It leads us to these...
To Prevent all Decryption = ?
To protect online Information = ?
But Base on the Information below:
Encryption can help protect data you send, receive, and store, using a device. That can include text messages stored on your smartphone, running logs saved on your fitness watch, and banking information sent through your online account.
Encryption is the process that scrambles readable text so it can only be read by the person who has the secret code, or decryption key. It helps provide data security for sensitive information.
Vast amounts of personal information are managed online and stored in the cloud or on servers with an ongoing connection to the web. It’s nearly impossible to do business of any kind without your personal data ending up in an organization’s networked computer system, which is why it’s important to know how to help keep that data private.
I would say the Answer is To Protect Online Information.
You could Read the Explanation Above If you want to Check.
[RevyBreeze]
