An Advanced Dynamic Authentic Security Method for Cloud Computing

Abstract

Cloud computing delivers a broad range of services and resources like computational power, storage, computational platforms, and applications to cloud consumers through the Internet by on demand, pay-per-usage basics. With a growing number of cloud service providers resorting to using and sharing resources in the cloud environment, there is a necessity for protecting the data of various users from unauthorized access of information between network and cloud. However, the security and privacy of an open-ended, reasonably sharing of accessible resources is still uncertainty and present a major complication for cloud consumers to acclimatize interested in cloud environment. This manuscript initiates and deeply examines the cloud security problem. This paper deals with the protection concern that includes many of the cloud attacks, data integrity, data leakage, privacy, confidentiality, vulnerabilities during sharing of resources, services, and information. This method deals with securing the cloud information without data loss from malicious users, hackers, and attackers of a real-time environment. This method verifies user authentication and authorization management. It assures security on the transmission of data, quality of service, and prevents vital information from various active and passive attacks. This proficient method preserves the cloud environment with better performance evaluation. Furthermore, security and privacy analysis know the ability of the proposed method for cloud computing and extend productive efficiency with safe cloud computing environments.