Privacy preserving and data transpiration in multiple cloud using secure and robust data access management algorithm
Abstract Nowadays, privacy preserving is playing important role in cloud computing where content based privacy is challengeable task in un trusted cloud environment. Based on literature studies, the method has key complexities and access polices authentication issues. The system need to concentrate to bring strong encryption function and efficient key distribution polices to meet future challenges. The method need to address the real time application in cloud environments minimal computation cost, inherent defects in key management and flexible access control policy. Current approaches have still believe in user identity, mutual privacy and key agreement session wise among content owner, Trusted client, and cloud service provider. The Proposed work focused on designing a framework named Secure and Robust Data Access Management (SRDAM) Algorithm proposed to maintain enhanced privacy, secure data transportation, and data access managements. Proposed algorithm consolidates validating cloud service providers and after that considers the property necessity of cloud user and cloud service provider (CSP).Proposed SRDAM Algorithm reduces the 1.79 s Data uploading time (DUT) Data 1.80 s Downloading Time (DDT) and 11.02 s Communication Overhead (CO) for document, images and video for conventional methodologies.
Microprocess. Microsystems