An Efficient Reconfigurable Client-Side Prior Cryptography Algorithm for Data Security in Smart Cloud Computing System
Keywords:
encryption, cryptography, cloud computing, standardization, cloud storageAbstract
In recent years, a huge number of different formats of data have been communicated between source and destination. During this process, authentication plays a major role when different formats of data communication are used between the source and destination. It has been performed in association with cryptology and cryptanalysis, and a few more techniques have been performed during cryptography, such as blending words with images and microdots. In parallel, it operated on the masking and unmasking processes during storage and transit. Due to the smart device communication process, a huge amount of data has been stored in the cloud. During this process, more data modification has occurred during sign-up for desired services, which can cause unwanted data, and instructions have been executed on the sensitive data. To overcome the above-mentioned details, a proposed reconfigurable client-side prior cryptography algorithm (RCSPCA) has been implemented for data uploading and decrypting after downloading on the client-side using a key generated during encryption. The proposed algorithm shows better security on large files and varied format information with respect to the time consumption of the encryption algorithm of 0.56% as compared to the conventional methods by considering 4000 file sizes and with respect to the time consumption of the decryption algorithm of 0.26% as compared to the conventional methods by considering 4000 file sizes. The key value is also worked out by a different algorithm in this programme. As a result, our algorithm makes big files more secure and runs faster. So, we can add an extra layer of security that will stop unwanted strikes on private information and stop people from not following the same rules.
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