The Adaptive Security of Cloud Information Management Encrypted with Cryptographic Network Coding

With the advent of cloud computing, customers no longer need to worry about running out of space on their local machines. Instead of offering monetary incentives, these servers make their customers' data retrievable at any moment. Clients may verify the authenticity of their outsourced data thanks to secure cloud storage standards. In this paper, we investigate the feasibility of using secure network coding methods to provide a safe cloud repository for frequently updated data. Using a secure network coding technique as a starting point, we demonstrate how several of these schemes may be utilized to build Secure cloud storage protocol (SCSP I) for dynamic information, and we build one such protocol. We believe that SCSP I, the initial reliable server storage model for dynamic information built using relaible network coding methods. Though common dynamic information allows for unrestricted adding, removal, and updates, concatenate-only information has many practical uses. To address the shortcomings of SCSP I, we build a second reliable server storage model tailored to concatenate-only information (SCSP II). Finally, we provide working prototypes of SCSP I and SCSP II so that their efficacy may be assessed.