What is encryption??
Encryption is a way of scrambling data so that only two parties can exchange information. Technically, It's the process of converting the original text into a ciphertext. To put it more simply, The encryption is taking readable data and changing it so that this data is not the same as the original. The lock code requires using an encryption key: a set of mathematical values that both the sender and recipient of an encrypted message know.
Although the encrypted data appears randomly and proceeds in a reasonable manner, Predictable, for the recipient to use the key to encrypt them, turn it back into the original datasheet.
Data can be locked "in sleep mode"., when it is stored or "in transit" while it is being transmitted elsewhere.
Password lock (cryptographic key) A sequence of characters used in an encryption algorithm to change data so that it appears randomly. Like a physical lock, It locks the data so only someone who has the right key can unlock it (decryption) it.
Encryption has helped large and small businesses transfer their mobile data securely and reliably.
How is encryption used to keep Internet browsers safe??
Encryption is the foundation for many technologies, but it's especially important to keep HTTP requests and responses safe and to authenticate the site's root servers. .
The protocol responsible for this is called HTTPS (Hypertext Transfer Protocol Secure). A website served over HTTPS instead of HTTP will have a URL starting with https:// instead of http://.
HTTPS uses an encryption protocol called Transport Layer Security (TLS). Before, an earlier encryption protocol called Secure Socket Layer (SSL) is the standard, but TLS has replaced SSL.
A site that implements HTTPS will have an SSL certificate installed on its root server. Learn more about TLS and HTTPS .
An attack “brute force” What is encryption?
A brute force attack is when an attacker who doesn't know the key to decode is trying to identify the key by making thousands or millions of guesses.. Brute force attacks are much faster with modern computers, That is why encryption must be extremely powerful and complex.
Most modern coding methods, Combined with high quality password, Highly resistant to brute force attacks, Although in the future when computers become more and more powerful this may be more difficult. Weak passwords are still vulnerable to this type of attack.
see more: The data method is encrypted
