Prometheus Federation Example
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Hands-On Infrastructure Monitoring with Prometheus
Build Prometheus ecosystems with metric-centric visualization, alerting, and querying Key FeaturesIntegrate Prometheus with Alertmanager and Grafana for building a complete monitoring systemExplore PromQL, Prometheus' functional query language, with easy-to-follow examplesLearn how to deploy Prometheus components using Kubernetes and traditional instancesBook Description Prometheus is an open source monitoring system. It provides a modern time series database, a robust query language, several metric visualization possibilities, and a reliable alerting solution for traditional and cloud-native infrastructure. This book covers the fundamental concepts of monitoring and explores Prometheus architecture, its data model, and how metric aggregation works. Multiple test environments are included to help explore different configuration scenarios, such as the use of various exporters and integrations. You’ll delve into PromQL, supported by several examples, and then apply that knowledge to alerting and recording rules, as well as how to test them. After that, alert routing with Alertmanager and creating visualizations with Grafana is thoroughly covered. In addition, this book covers several service discovery mechanisms and even provides an example of how to create your own. Finally, you’ll learn about Prometheus federation, cross-sharding aggregation, and also long-term storage with the help of Thanos. By the end of this book, you’ll be able to implement and scale Prometheus as a full monitoring system on-premises, in cloud environments, in standalone instances, or using container orchestration with Kubernetes. What you will learnGrasp monitoring fundamentals and implement them using PrometheusDiscover how to extract metrics from common infrastructure servicesFind out how to take full advantage of PromQLDesign a highly available, resilient, and scalable Prometheus stackExplore the power of Kubernetes Prometheus OperatorUnderstand concepts such as federation and cross-shard aggregationUnlock seamless global views and long-term retention in cloud-native apps with ThanosWho this book is for If you’re a software developer, cloud administrator, site reliability engineer, DevOps enthusiast or system admin looking to set up a fail-safe monitoring and alerting system for sustaining infrastructure security and performance, this book is for you. Basic networking and infrastructure monitoring knowledge will help you understand the concepts covered in this book.
Platform Engineering for Architects
Author: Max Körbächer
language: en
Publisher: Packt Publishing Ltd
Release Date: 2024-10-31
Design and build Internal Developer Platforms (IDPs) with future-oriented design strategies, using the Platform as a Product mindset Key Features Comprehensive guide to designing platforms that create value and drive user adoption Expert insights on shifting to a product-centric mindset for architects and platform teams Best practices for managing platform complexity, reducing technical debt, and ensuring continuous evolution Book DescriptionAs technology evolves, IT talent shortages and system complexity make it essential to have structured guidance for building scalable, user-focused platforms. This book provides platform engineers and architects with practical strategies to develop internal development platforms that enhance software delivery and operations. You’ll learn how to identify end users, understand their needs, and define platform goals with a focus on self-service solutions for cloud-native environments. Using real-world examples, the book demonstrates how to build platforms within and for the cloud, leveraging Kubernetes. It also explores the benefits of a product-centric approach to platform engineering, emphasizing early end-user involvement and flexible design principles that adapt to future requirements. Additionally, the book covers techniques for maintaining a sustainable platform while minimizing technical debt. By the end, you’ll have the knowledge to design, define, and implement platform capabilities that align with your organization’s goals.What you will learn Make informed decisions aligned with your organization's platform needs Identify missing platform capabilities and manage that technical debt effectively Develop critical user journeys to enhance platform functionality Define platform purpose, principles, and key performance indicators Use data-driven insights to guide product decisions Design and implement platform reference and target architectures Who this book is for This book is for platform engineers, architects, and DevOps professionals responsible for designing and managing internal development platforms. It is also useful for decision-makers involved in optimizing software delivery and operations in cloud-native environments. Familiarity with cloud computing, Kubernetes, and CI/CD concepts is helpful but not required, as the book provides practical guidance on platform engineering, self-service solutions, and managing technical debt.
Munin for Systems Monitoring
"Munin for Systems Monitoring" "Munin for Systems Monitoring" offers a comprehensive and authoritative guide to deploying, operating, and extending Munin, one of the most trusted open-source tools for infrastructure monitoring. The book begins by elucidating Munin’s architectural foundations, detailing its scalable master-node design, plugin-driven extensibility, and secure data collection workflows. It provides readers with a deep understanding of how Munin leverages robust communication protocols, integrates with RRDTool for efficient time-series data storage, and maintains a strong security posture suitable for modern enterprise environments. Moving beyond the basics, the book leads system administrators and DevOps professionals through advanced topics in installation, configuration management, and custom plugin development. Practical guidance is delivered for orchestrating Munin across heterogeneous platforms—including Linux, BSD, containers, and cloud infrastructure—while addressing challenges such as version control, automated configuration with leading CM tools, performance tuning, and security hardening. In-depth sections cover the development of efficient, secure plugins, rapid troubleshooting techniques, and best practices for scaling Munin in high-availability and distributed deployments. Richly illustrated with case studies, real-world troubleshooting scenarios, and integration options with visualization tools like Grafana and Prometheus, "Munin for Systems Monitoring" is indispensable for organizations seeking reliable and actionable infrastructure insights. Readers will gain expertise in advanced reporting and alerting, enforce compliance and auditability requirements, and enable intelligent automation and self-healing workflows. Through expert recommendations, practical examples, and field-tested strategies, this book empowers both newcomers and seasoned professionals to implement resilient, scalable, and secure monitoring solutions with Munin.