A Blockchain-Based Decentralized Cloud Resource Scheduling Architecture

Application services in cloud computing model have complex scheduling, composition, configuration and deployment conditions, even in the multi-condition requirements, it can also be based on the change of time to schedule virtual services. Therefore, the demand of optimizing cloud computing scheduling strategy to ensure cloud data security and recovery ability is increasingly prominent. This paper proposes a trusted distributed audit method for cloud task scheduling, which is used for the trusted storage of cloud task scheduling information in the cloud cluster. This method mainly uses a distributed solution that combines block chain technology and traditional cloud server to solve the problem of integrity and security of cloud task scheduling, in order to prevent potential. The vulnerabilities in the system cause significant losses to the system. The architecture of this paper is composed of four parts: cloud cluster, control system, block chain network, and cloud database. We store the hash data of cloud task scheduling information into blockchain network and store the original data to the cloud data base, which guarantees the cloud task within the cloud cluster. Data security and integrity, and provide a new idea for future research system recovery.