Minimized Computational Time in Cloud Using Advanced Encryption Standard Algorithm Over File Changed with Security
Thavva Venkata Jaswanth, S. John Justin Thangaraj · 2024
The goal is to reduce the amount of time spent on computations in cloud computing by employing the advanced encryption standard (AES) method rather than the file change with security (FCS) algorithm. sole data security can protect against unauthorized access, creation, introduction, intrusion, alteration, review, recording, or destruction of data. Data security is the sole defense against these vulnerabilities. Changes to files can be made in a secure manner using the advanced encryption standard. In order to ensure that data sharing in the cloud does not compromise users' privacy, the data set that is required is obtained from Google Cloud. It is possible to do analysis, design, and implementation of cloud frameworks and cloud computing application infrastructures. Both the Advanced Encryption Standard and the File Change Security are put through their paces after the data sets have been imported. The two algorithms are divided into two distinct categories. Each group has a total of 36 sample sizes, with a G power of 80%, a threshold of 0.05%, and a confidence interval of 95%. It is possible to receive results in the computation time for the inputs that have been provided. IBM SPSS is the program that was utilized in order to achieve the results. The results of the investigation revealed that there was a disparity between the Advanced Encryption Standards Algorithm and its level of precision. This indicates that there is a statistically significant difference between the two algorithms, as indicated by the significance value of the independent sample T test, which was$\mathbf{p}=\mathbf{0.097}(\mathbf{p} > \mathbf{0.005})$. Modification of Files with Security, The value is precisely that, which is the case. for the purpose of determining the mean, the standard deviation, and the significance. On the basis of the findings, it is possible to draw the conclusion that the Advanced encryption standard algorithm achieves a higher level of security than the File Changed with Security algorithm, which achieves a rate of 0.0450 MB/Sec.