What is Encryption and Decryption?

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You must have heard about encryption before, but do you know what the encryption is and how it works technically and how it works. To carry sensitivity information, a system needs both secrecy and privacy to implement. A system can not completely stop unauthorized access during transmission of media. Data tampering in which deliberately data is deliberately modified, through an unauthorised channel. This is not a new issue, nor is it unique for the computer era.

Changes in information can be protected from unauthorized access, which can only be understood by authorised receivers. The method used to do this thing is called encryption and decryption. Both Encryption and Decryption is what is the main difference that can convert the message into Encryption of these cannot be deemed to decrypt without a very unintelligible form that. The same decryption is the process by which the original message is recovered from encrypted data. Therefore, today I thought why you should be given full information about what the people are getting encrypted so that you also have information about this process. So let’s begin without delay.

What is Encryption

Encryption is a process in which the sender converts the original message into an unintelligible form and then it is sent through the network in the other place. In this, the sender needs an encryption algorithm and a key, so that it changes the original message to ciphertext (encrypted message), this process is called enciphering.

Plaintext contains data that is protected during transmission. This ciphertext is a type of scrambled text that produces an outcome like the encryption algorithm and for which a particular key is used. This ciphertext is not shielded. It only flows up the transmission channel. This encryption algorithm is a type of cryptographic algorithm that takes plain text and an encryption key at the end of the input and produces a ciphertext in the output.

If you talk about conventional encryption methods, both encryption and decryption keys are the same and also secret. These conventional methods are broadly divided into two classes: Character level encryption and Bit level encryption.

  • Character – level encryption – In this method, encryption is performed at the character level. Two common strategies used for Character Level Encryption are Substitutional and Transpositional.
  • Bit-level Encryption – In this method, first data (such as text, graphics, audio, video, etc.) is divided into blocks of bits, after which they are modified from many technologies such as encoding/decoding, permutation, substitution, unique OR, rotation, etc.

How to remove encryption?

Decryption is used to remove encryption. Let’s understand what the decryption would eventually be. Decryption is a process that invites the entire encryption process. With the help of this process, the encrypted message is once again brought to its original form. In this the receiver uses a decryption algorithm and a key, so that ciphertext can be converted into back original plaintext, this process is called deciphering.
A mathematical process that is used to decryption generates original plaintext, according to the result, a given ciphertext and decryption key is then called a decryption algorithm. This process is the reverse process of the encryption algorithm.

Keys that are used can be similar or dissimilar for encryption and decryption. It depends on which types of cryptosystems are being used (ie, Symmetric key encryption and Asymmetric key encryption).

When was the Network Encryption System started?

Network encryption system started in 1970Was from. Network Encryption is also called network layer or network-level encryption. This is a network security process which uses crypto services in the network transfer layer which is above the data link level, below the application level. These network transfer layers are Layers 3 and 4 of an Open Systems Interconnection (OSI) reference model. These layers are responsible for connectivity and routing between two endpoints. Using existing network services and application software, network encryption is completely invisible to the end user and they operate independently, even if you use any encryption process. Data is encrypted only during transit and according to plaintext, originating and receiving hosts.

What is the difference between encryption and decryption?

By the way, encryption and decryption are complementary to each other. But in their process, these two are completely different in features and in functions. So let’s know about the differences between these two.

Basic In this, the message understood by humans is converted into an unintelligible and obscure form which can not be interpreted. It is vice versa, which is the unintelligible message converted into a comprehensible form which can easily be understood by humans.
Where is this process? Sender’s end Receiver’s end
Function In this, the plaintext is converted to ciphertext. In this, the ciphertext is converted to plaintext.


I hope that I have given you full information about what people have (what is Encryption) and hope you guys have come to understand what encryption is. If you have any doubts about this article in your mind or you want some improvement in it then you can write down comments for it. With your thoughts, we will get a chance to learn something and improve it. If you have enjoyed this article in my encryption and decryption or have learned something from you, please share this post on social networks such as Facebook, Google+ and Twitter to show your happiness and curiosity.

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