Abstract:

Data has become very important not only for individuals but for organizations as well. Data security is the biggest challenge that we care facing currently. Recent successful hacks and data breaches have certainly played an important role in the development of data security related technologies.

Cryptography is a well adopted method to ensure that data is secure and confidentiality of user data is maintained.

The content owner encrypts the actual data using an encryption key which converts the data into cipher text. The cipher text is an intermediate data which is unreadable form which can be shared amount other users and can be stored in the various storage media.

The cipher text can be converted into the actual data using the same encryption key in case of symmetric key encryption or using different key in case of asymmetric key encryption.

Currently, the Encryption/Decryption algorithms that exist depend on complex mathematical manipulations. The length of the encryption keys are growing and growing to get more secure and more stronger encryption thus processing throughput and memory consumption requirement is also growing.

In this work researchers are focusing on various symmetric key encryption throughput and memory consumption with proposed high speed new algorithm which can be useful for the devices with low memory and processing capabilities. The work sought the possibility to trim down the complicated throughput of symmetric cryptography and ensuring maximum security at the same time.

Keywords: Cryptography, Algorithms, Authentication, Cipher text, Complex Mathematical Manipulations, Encryption, Decryption, Symmetric Key.

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