Crossplan
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Crossplane for Modern Cloud Infrastructure
"Crossplane for Modern Cloud Infrastructure" "Crossplane for Modern Cloud Infrastructure" offers a comprehensive and authoritative exploration of Crossplane—an open-source, cloud-native control plane revolutionizing the way organizations manage and compose modern infrastructure. Beginning with a thoughtful historical perspective on Infrastructure as Code, the book gently guides readers through the evolution of control planes, contrasts Crossplane with traditional tools like Terraform and Pulumi, and introduces its powerful declarative composition model. Readers will gain a clear understanding of how Crossplane’s architectural principles and Kubernetes foundations enable platform engineering teams to create modular, scalable, and reusable internal developer platforms. Through meticulously detailed chapters, the book provides a deep dive into Crossplane’s core concepts such as custom resource definitions (CRDs), controllers, composite resources, and managed resources. It covers the intricacies of integrating with a diverse set of cloud providers, authoring and maintaining custom providers, and operationalizing Crossplane within GitOps workflows. Readers will find practical guidance on secure configuration management, continuous delivery, drift detection, and advanced orchestration strategies for multi-cloud, hybrid, and on-premises environments. Additionally, the book offers expert recommendations for optimizing performance, observability, self-healing patterns, and cost management at scale. Designed for platform engineers, cloud architects, and SREs, this resource empowers professionals to build robust, compliant, and future-proof infrastructure solutions. The book concludes with advanced topics, including policy-driven orchestration, AI/ML pipeline integrations, and the evolving landscape of cloud-native automation. Whether you’re designing internal platforms, supporting diverse service portfolios, or navigating the future of cloud operations, "Crossplane for Modern Cloud Infrastructure" is your essential guide to adopting and mastering the next generation of infrastructure automation.
Crossplane Composition Functions in Practice
"Crossplane Composition Functions in Practice" "Crossplane Composition Functions in Practice" is the definitive guide for platform engineers and DevOps practitioners seeking to master Crossplane’s advanced composition model. Drawing on the strengths of Kubernetes-style declarative APIs, this book delves into how Crossplane revolutionizes infrastructure management through highly extensible, function-driven compositions. Readers are introduced to the foundations of Crossplane, including composite resources, provider integrations, and the architectural evolution that has led to the emergence of powerful composition functions. Through detailed explanations and practical guidance, the book unpacks the anatomy of a composition function—from API specifications and OCI image packaging to security, observability, and lifecycle automation. You’ll learn cross-language development strategies for implementing robust functions, dive into best practices for testing, debugging, and CI/CD integration, and explore declarative logic patterns such as advanced parameter mapping, conditional resource orchestration, and dynamic patching. Specialized chapters provide deep dives into integrating with external data sources, policy engines, and cloud services, ensuring your platform APIs remain secure, compliant, and fully automated. Enriched with real-world use cases and reference architectures, the book demonstrates how composition functions enable composable cloud services, multi-cloud workflows, self-service infrastructure APIs, and cost optimization at scale. Concluding with a forward-looking view of Crossplane’s evolving ecosystem, open source registries, and integrations with AI/ML and serverless paradigms, "Crossplane Composition Functions in Practice" is an essential resource for anyone architecting cloud-native platforms or driving infrastructure as code innovation.
Platform Engineering on Kubernetes
Author: Mauricio Salatino
language: en
Publisher: Simon and Schuster
Release Date: 2024-01-16
Empower your team with platforms built on top of Kubernetes using open source tools. Adopting Kubernetes is complex—especially when you’re working in an organization with multiple teams, deploying to multiple cloud providers, and working with different stacks. Platform Engineering on Kubernetes shows you how to solve these common cloud native problems with open-source tools and emerging best practices from the Kubernetes community. In Platform Engineering on Kubernetes you will learn about: The principles behind platform engineering and how these apply to Kubernetes Evaluating and adopting open-source projects to build domain specific platforms Creating Platform APIs to enable teams to release more software more efficiently Reducing the cognitive load of a platform for your teams Measuring your platform initiatives using established software delivery metrics Package, version, distribute, and deploy with Helm, Tekton, Dagger and Argo CD Implement a multi-cloud infrastructure strategy using Crossplane Progressive upgrades with Knative Serving and Argo Rollouts Enable development teams with standard application-level APIs with Dapr A platform helps your team stay focused on delivering amazing software. But building a reliable platform on top of Kubernetes demands real expertise. Platform Engineering on Kubernetes reveals how to combine multiple popular open-source projects into a custom platform that works for your applications and your teams. It’s the perfect guide for your organization’s journey to Kubernetes, simplifying cloud native development for your dev teams and helping them deliver software faster. Foreword by Jared Watts. About the technology Kubernetes is an amazing orchestration tool, but it’s just the start of your journey to the cloud. To efficiently deliver cloud-native software, your team needs a solid build pipeline, an efficient package manager and distribution mechanism, and APIs that reduce your team’s cognitive load. This book will show you how to build custom platforms on top of Kubernetes—all with open-source tools such as Dapr, Knative, Argo CD and Rollouts, and Tekton. About the book Platform Engineering on Kubernetes starts by clearly defining the elements of a great Kubernetes-based platform. Then, it systematically introduces the tools you’ll need to build a platform that exactly matches your organization’s requirements. Hands-on examples and detailed code guide you through each step. By the end, you’ll be able to create a complete platform to efficiently deliver cloud-native software without being tied to a specific cloud provider or vendor. About the reader For developers and software architects familiar with the basics of containers and Kubernetes. About the author Mauricio Salatino is currently a Dapr OSS Contributor, a Knative Steering Committee member, and co-lead of the Knative Functions working group. Table of Contents 1 (The rise of) platforms on top of Kubernetes 2 Cloud-native application challenges 3 Service pipelines: Building cloud-native applications 4 Environment pipelines: Deploying cloud-native applications 5 Multi-cloud (app) infrastructure 6 Let’s build a platform on top of Kubernetes 7 Platform capabilities I: Shared application concerns 8 Platform capabilities II: Enabling teams to experiment 9 Measuring your platforms
