Improving Trusted Cloud Storage Services using Identity Based Signature Over Hash Based Protocol
Thavva Venkata Jaswanth, S. John Justin Thangaraj · 2024
By utilizing identity-based signatures rather than hash-based protocols, the goal is to enhance the reliability of cloud storage services. The innovative identity-based signature and the hash-based protocol are two components of this paradigm that provide universal access to a mutual pool of adjustable computer resources. This access can be granted on demand. Several publications that have been published are used to compile the dataset for trusted cloud storage services. Using the cloud analyst, the analysis was carried out and the implementation was conducted. There are two groups for when there are two algorithms. With a G power of 80%, a threshold of 0.05, and a confidence interval of 95%, the sample size for each group amount to 36.IBM SPSS is the program that was utilized in order to achieve the results. The data indicated that there was a substantial disparity between the implementation of the Identity Based Signature technique and its Minimized signing time. Given that the significance value of the independent sample$\mathbf{T}$test is 0.000$(\mathrm{p} < 0.05)$, it may be concluded that there is a statistically significant difference between the two algorithms of interest. That is a reduction of thirty to forty percent in comparison to the Hash Based Protocol. On the basis of the findings, it is possible to draw the conclusion that the Hash Board Protocol Algorithm (0.0027 MB/Sec) is less secure than the Identity Based Signature Algorithm$(0.0000\ \text{MB}/\text{Sec})$. •