使用区块链的云自动缩放审计方法

Ahmad Alsharidah, M. Barati, Giacomo Bergami, R. Ranjan
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引用次数: 0

摘要

在云环境中部署应用程序时,自动伸缩机制经常被激活。它们对于确保应用程序能够维持所需的服务质量至关重要。所使用的自动缩放工具在很大程度上依赖于通过监视工具提供的性能指标。目前,大多数可用的监控解决方案都是由云服务提供商构建的。因此,存在云提供商不遵守定义的自动缩放配置和不诚实行为的可能性。因此,当前的实践需要一定程度的信任,即云提供商将以值得信赖的方式行事。本文提出了一种基于区块链技术的自动扩展验证机制,用于验证义务服务提供者的资源扩展决策。我们使用了一个经过许可的区块链网络Hyperledger Fabric来评估拟议系统在交易吞吐量、交易平均延迟、交易成功和/或失败以及交易发送率方面的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cloud Auto-scaling Auditing Approach using Blockchain
Auto-scaling mechanisms are frequently activated when deploying applications in the cloud environment. They are vital to ensure the application is capable of maintaining the requisite Quality of Service. The auto-scaling tools used depend heavily on the performance indicators provided via monitoring tools. Currently, the majority of the monitoring solutions available are constructed by cloud service providers. Potential therefore exists for cloud providers’ non-compliance with the defined autoscaling configurations and dishonest behaviour. Current practice therefore requires a level of trust that the cloud provider will behave in a trustworthy manner. This paper proposes an autoscaling verification mechanism based on blockchain technology to verify resource scaling decisions made by an obligated service provider. We employed a permissioned blockchain network, Hyperledger Fabric, to evaluate the performance of the proposed system as regards transaction throughput, transaction average latency, transaction success and/or failure and transaction send rate.
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