Analysing fully anonymous novel HMAC with ABE algorithm to control cloud data access for reliability.

The goal of this project is to employ the Hash Based Message Authenticate Code (HMAC) in an Innovative Cloud Service and compare it to the ABE Algorithm in identifying which users are authorised to access a dataset including information about both authorised and unauthorised users. Standard Packet Protocol user analysis reports have been completed, and student samples of legal users (N=20) and illicit users (N=20) have been conducted (SPP). Using the Vensim Simulation Tool, a novel HMAC encryption scheme was built, providing both groups with more secure verified and authentication codes. The actual ABE method's reliability rate of 52.46 percent is statistically insufficient compared to the HMAC Algorithm's dependability rating of 68.11 percent, and the HMAC Algorithm also transfers information more quickly than the ABE algorithm. This research demonstrates that compared to the Diffie-Hellman algorithm's key exchange rate, HMAC's dependability in predicting authorised users is significantly higher. [ABSTRACT FROM AUTHOR]