Improving Data Integrity and Security in Cloud Environments: A Blockchain-based Method

Despite the years' rapid advancements, valid computing and data security continue to be ongoing challenges. dynamic cloud infrastructure, surpassing manual or reactive approaches. Unfortunately, many obstacles, including overly complex computations and issues with scalability, hinder the efficiency of many suggested fixes. This article has discussed the addition of block chain approaches as a possible solution to these problems. A promising way to improve cloud computing's processing speed and storage security is through the decentralized distributed computing structure known as block chain. The study presents the use of remote agent technology to deploy a distributed virtual machine (VMA) model over the cloud. The VM agent mechanism effectively handles tasks pertaining to monitoring, verification, and dependable data storage, providing a crucial basis for creating the reliability and safeguards for block chain technology. In order to reduce the computational burden and quantum computing during the user verification phase, this work presents the lattice signature algorithm, which contains a cuckoo filter. It is suggested that the decentralized ledger network take the role of conventional centralized audits in order to improve security and transparency.