Enhanced Safety in the Cloud through ECC and Admission Restriction

The objective of this research is to provide a cutting-edge security system intended to protect personal information of users in a cloud setting. Controlling access techniques, encoding, and decode procedures are all included in this complex safety framework. A novel key generation procedure that makes use of the cryptography of elliptic curves is presented in order to strengthen security precautions and guarantee the production of very secure keys. Furthermore, a novel Identity-based Elliptic Curve Access Control (Id-EAC) method is put forward for restricting user use of a variety of data kinds. To further improve user privacy in the cloud the surroundings, a novel binary-value-based a two-phase encryption as well as decryption technique is provided. Within the aforementioned safety A system, a Compact Virtual Signatures Mechanism built on a modulo value is presented to guarantee data consistency. Users are assured of high standards of data protection, ease of use, and integrity by the security framework. Research findings highlight the edge of the solutions recommended in the aforementioned framework, demonstrating improved reliability and safety over current approaches.