Monitoring Distributed Systems

Monitoring Distributed Systems

Monitoring is an essential part of a modern production system. If you can’t monitor a service, you don’t know what’s happening, and if you’re blind to what’s happening, your service can’t be reliable. In this excerpt from O’Reilly’s book Site Reliability Engineering , you’ll learn how and what to monitor, using implementation-agnostic best practices. Author Rob Ewaschuk explains basic principles and best practices that he and other members of Google’s Site Reliability Engineering (SRE) teams use for building successful monitoring and alerting systems. You’ll learn guidelines for determining which issues are serious enough to involve human intervention, and how to deal with issues that aren’t. Complete with case studies describing monitoring efforts with Bigtable and Gmail, this article helps you ask the right questions—regardless of your organization’s size or the complexity of your service or system. About the author: Rob Ewaschuk is a Staff Software Engineer at Google. He has a strong working background in high-availability, low-latency, many-petabyte globally distributed data storage and serving systems. About Site Reliability Engineering : This book is a collection of essays and articles written by key members of Google’s Site Reliability Teams (SRT). You’ll learn the principles and practices that enable Google engineers to make systems more scalable, reliable, and efficient—lessons you can apply directly to your organization.

Monitoring Distributed Systems

Monitoring Distributed Systems

Abstract: "Monitoring is an essential means for obtaining the information required about the components of a distributed system in order to make management decisions and subsequently control their behaviour. Monitoring is also used to obtain information about component execution and interaction when debugging distributed or parallel systems. This report presents a general functional model of monitoring in terms of generation, processing, distribution and presentation of information. This model can provide a framework for deriving the facilities required for the design and construction of a generalised monitoring service for distributed systems. A number of approaches to monitoring of distributed systems are compared in the report."