Trusted Cloud Service System Based on Block Chain Technology

Abstract

With the development and popularization of cloud computing technology, more and more users choose cloud services to build their application systems. With the improvement of users’ understanding of software systems, in addition to functionality, trustworthiness has become another key issue concerned by users. Based on the existing research on cloud service trustworthiness measurement and evaluation, this paper proposes a cloud service-trusted delivery model based on asymmetric encryption and hash function and a trusted runtime model of cloud service system based on block chain technology. The proposed models will effectively solve the untrusted problems such as denial and tampering in the process of cloud service acquisition, as well as the system anomaly at runtime. Finally, through targeted experiments to verify the effectiveness and feasibility of the proposed models, and through experimental analysis, this paper expounds on the principle and mechanism of model operation and trustworthiness guarantee.

Uncovering Cloud Security Complexities-A Comprehensive Five-Perspective Taxonomic Review

“…Scalability (4) [47] Showcased the presence and proposed a solution for the untrusted problems such as denial and tampering in the process of cloud service due to scalability and system anomaly at runtime.…”

“…In cloud computing, "resources" encompass physical and logical components like CPU, memory, storage, operating systems, network bandwidth, energy, and load-balancing mechanisms [47]. Effective resource management is crucial to maximize throughput, scalability, availability, and dependability, ensuring optimal resource utilization.…”