Fragmentation Based Hybridized Encryption Scheme for Cloud Environment

Due to the progress of technology., the danger of thefts or threats is rising day by day, which creates a question inside the minds of users while utilizing various technologies such as cloud. Because the cloud provides a variety of services, demand has increased. In order to provide efficient and better service, the cloud network should be protected both from internal and external threats, making it more secure. Multiple security mechanisms were presented for achieving security., and a number of them utilized the concept of fragmentation, in which data is divided into subparts, encrypted, and then kept on various servers. These procedures were adequate for providing security, but they posed a new problem of data loss owing to segmentation. To address the issue of data loss, a new framework was created with a safe environment that prevents the theft of tasks/data provided by the user while simultaneously lowering the risk of data loss. The material was divided into bits and encrypted using a hybrid security approach that mixes SSL and Hexadecimal codes in this system to minimize loss of information using set of criteria. This Pulse rifle structure is reproduced in a local cloud system with a large amounts of data store that includes image, video, and text data of various forms. When opposed to the earlier framework, the results were considerably better off in terms of file sizes after decryption, duration of storage, and loss of data.