Anomaly Detection in Microservice Systems Using Autoencoders

Manul de Silva, Samoei K. Daniel, Manith Kumarapeli, Sashika Mahadura, L. Rupasinghe, C. Liyanapathirana
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Abstract

The adaptation of microservice architecture has increased massively during the last few years with the emergence of the cloud. Containers have become a common choice for microservices architecture instead of VMs (Virtual Machines) due to their portability and optimized resource usage characteristics. Along with the containers, container-orchestration platforms are also becoming an integral part of microservice-based systems, considering the flexibility and scalability offered by the container-orchestration media. With the virtualized implementation and the dynamic attribute of modern microservice architecture, it has been a cumbersome task to implement a proper observability mechanism to detect abnormal behaviour using conventional monitoring tools, which are most suitable for static infrastructures. We present a system that will collect required data with the understanding of the dynamic attribute of the system and identify anomalies with efficient data analysis methods.
基于自编码器的微服务系统异常检测
在过去几年中,随着云的出现,对微服务架构的适应已经大量增加。容器由于其可移植性和优化的资源使用特性,已经成为微服务架构的常用选择,而不是vm(虚拟机)。考虑到容器编排媒介所提供的灵活性和可伸缩性,容器编排平台与容器一样,也正在成为基于微服务的系统不可或缺的一部分。随着现代微服务架构的虚拟化实现和动态属性,使用传统的监控工具实现适当的可观察性机制来检测异常行为已经成为一项繁琐的任务,而传统的监控工具最适合于静态基础设施。我们提出了一个系统,将收集所需的数据与系统的动态属性的理解,并识别异常与有效的数据分析方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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