Centralized cloud information accountability with bat key generation algorithm (CCIA-BKGA) framework in cloud computing environment

In cloud storage, without any complexity, the nearby information stockpiling and support, the clients can indirectly keep up their information and appreciate the on-request superb applications and administrations from a shared pool of configurable computing resources. Nevertheless, the data integrity protection in cloud computing becomes a tedious task, because the client doesn’t have physical possession of the outsourced data, especially for the users with the restricted computing resources. The essential component of the cloud services is that, the clients’ information will be prepared remotely in obscure machines, where the clients have no rights on it. In order to rectify this issue, a novel highly centralized cloud information accountability with bat key generation algorithm (CCIA-BKGA) framework is suggested to maintain the concrete usage of the users’ data in the cloud. It will encircle the logging mechanism together with users’ data and policies. Before initiating the imploding processing the cloud server, first it required to convert the general information & sensitive information into an extensible markup language file format and get saved inside file. After that, Java ARchive (JAR) label setting has to be done which will be completed at the side of the data owner, then the label attributes will work according to the following functionality such as signature key value, and unique identifier. Use the JAR programmable has the capacity for both to produce a dynamic and traveling object, and to guarantee that any entrance to clients’ information will trigger verification and robotized logging facilities for local in the JARs. CCIA-BKGA structure is platform-independent and profoundly decentralized, it doesn’t request any obsessive validation or capacity framework set up and furthermore it gives the broad exploratory examinations which clarify the proficiency and adequacy of the proposed CCIA-BKGA system and existing methodologies.