An efficient signed SSL/TLS-based data security in the cloud using LTT-DDBM and TECC

Cloud Data Security (CDS) is a set of strategies for securing data from security threats. However, the previous works ignored the prevention of multiple cloud security attacks. To tackle this problem, an efficient security framework using Signed Secure Socket Layer/Transport Layer Security (SSL/TLS) with Log Triangular Transfer function-based Deep Drop Boltzmann Machines (LTT-DDBM) and Rivest-Shamir-Adleman Session Key-centric Twisted Edwards Curve Cryptography (RSASK-TECC) techniques is proposed in this paper. The process begins with the web owner who requests an SSL/TLS certificate from the Certificate Authority Centre (CAC) for establishing a website. After meeting CAC requirements, the web owner uploads files to the server. The Data Owner (DO) logs in and the signed SSL/TLS certificate is sent to the CAC for verification using LTT-DDBM. After the successful verification, a public key and session key are generated to encrypt the data. The data is further encrypted within 1124 ms using Advanced Encryption Standard Session key-based Twisted Edwards Curve Cryptography (AESS-TECC) for enhanced security. Before downloading, the data user checks the hash codes for integrity. If the codes match, then the access is granted; or else, it is denied. Hence, the proposed work outperformed the traditional methodologies.