The advancement of the Web of Things has seen information sharing as perhaps of its most helpful application in distributed computing. As eye-getting as this innovation has been, information security stays one of the impediments it faces since the illegitimate utilization of information prompts a few harms. In this article, we propose an intermediary re-encryption way to deal with secure information partaking in cloud conditions. Information proprietors can re-appropriate their scrambled information to the cloud utilizing character based encryption, while intermediary re-encryption development will give genuine clients admittance to the information. With the Web of Things gadgets being asset compelled, an edge gadget goes about as an intermediary server to deal with escalated calculations. Likewise, we utilize the elements of data driven systems administration to convey reserved content in the intermediary actually, subsequently working on the nature of administration and genuinely taking advantage of the organization transfer speed. Further, our framework model depends on blockchain, a problematic innovation that empowers decentralization in information sharing. It mitigates the bottlenecks in concentrated frameworks and accomplishes fine-grained admittance control to information. The security examination and assessment of our plan show the commitment of our methodology in guaranteeing information classification, respectability, and security. We propose division and replication of data in the cloud for ideal execution and security that in general approaches the security and execution issues. In this procedure, we segment a record into segments, and reproduce the isolated data over the cloud center points. All of the centers stores simply a singular part of a particular data record that ensures that regardless of whether there ought to emerge an event of a successful attack, no significant information is uncovered to the attacker. Likewise, the centers taking care of the pieces are detached with specific division.