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Recent years have seen the emergence of cloud computing. The explosive growth of unstructured data has drawn a lot of attention to and improved research for cloud storage technology. However, under the current storage model, cloud web servers are where all of the individual's information is kept. In other words, customers lose their right to control their information and run the risk of having their privacy invaded. Older privacy protection solutions often supported secret-creating innovation, however these types of methods cannot successfully withstand an attack from a cloud server at times. As a result, in order to overcome this withdrawal, we tend to recommend a 3-layer storage space framework enabled haze computer. The anticipated structure can both benefit from cloud storage and protect the confidentiality of information. Additionally, the Hash-Solomon coding formula is designed to divide information into entirely distinct sections. Additionally, CP-ABE is used as an access control method. Then, in order to secure personal information, we are most likely to add a small amount of information to local machines and fog servers.
Additionally, this method may be used to determine the circulation proportion hold on in cloud, haze, and native device, separately. The efficiency of our motif has been validated by academic safety and security evaluation as well as experimental evaluation, making it a powerful addition to the current cloud storage motif. The third party certification authority may certify the user, and the end user solution site may then issue the user a token for the solution. An individual can purchase and use cloud services offered by a single service provider after registering with the solution site. The end user service website, which consists of accessibility control, security plan, key administration, service setup, accounting management, and digital environments, offers protected access control using Virtual Private Network (VPN) and cloud service managing and also arrangement.