Volumes and Persistent Storage in Kubernetes

Persistent data is the make-or-break factor for modern Kubernetes success. If you’ve ever wrestled with PVCs, CSI drivers, or reclaim policies, this book turns those challenges into confident, repeatable practices you can apply in production. Learn how to design reliable, secure, and scalable storage for every stage of your Kubernetes journey.

A Practical Guide to Managing Data with Kubernetes Volumes, Persistent Volumes, and Storage Classes

Overview

Volumes and Persistent Storage in Kubernetes is the definitive, hands-on reference for building resilient data layers on container platforms. This IT book doubles as a practical programming guide and an accessible technical book, offering step-by-step patterns for real-world deployments. A Practical Guide to Managing Data with Kubernetes Volumes, Persistent Volumes, and Storage Classes covers the full spectrum: Kubernetes Volumes, Persistent Volumes, Persistent Volume Claims, Storage Classes, Dynamic Provisioning, CSI Drivers, StatefulSets, Access Modes, Reclaim Policies, Volume Mounting, ConfigMaps as Volumes, Secrets as Volumes, Shared Storage, Sidecar Patterns, Storage Troubleshooting, Backup and Recovery, Cloud Storage Integration, On-premises Storage, Volume Security, and Storage Performance Optimization—so you can design, operate, and scale persistent workloads with confidence.

Who This Book Is For

• Platform and DevOps engineers who need production-ready patterns for provisioning, securing, and automating storage across clusters—unlock faster delivery with fewer incidents.
• Application developers aiming to run databases, message queues, and stateful services on Kubernetes—learn how to use PVCs, StatefulSets, and sidecar patterns for reliable data workflows.
• Architects and SREs responsible for compliance, resilience, and cost control—build a storage strategy that balances performance, governance, and portability across cloud and on-prem.

Key Lessons and Takeaways

• Master dynamic provisioning with Storage Classes and CSI drivers—automate volume creation, enforce policies, and standardize configurations across environments.
• Design robust patterns for Persistent Volumes and Persistent Volume Claims—map access modes, reclaim policies, and volume mounting to application needs and SLAs.
• Harden and optimize your storage layer—apply volume security best practices, tune performance, and implement backup and recovery strategies that actually work under pressure.

Why You’ll Love This Book

Clear, practical, and immediately applicable—each chapter blends concise explanations with battle-tested examples you can adapt to your stack. You get proven guidance for everything from emptyDir experiments to enterprise-grade CSI integrations, plus troubleshooting checklists to keep production calm.

How to Get the Most Out of It

1. Follow the progressive path: start with core concepts (Kubernetes Volumes, Volume Mounting, Access Modes), then move into Persistent Volumes, Persistent Volume Claims, and Storage Classes before tackling CSI Drivers and StatefulSets. This sequence ensures solid foundations and smooth scaling.
2. Apply ideas in real contexts: practice mapping reclaim policies to data retention needs, choose shared storage options for multi-pod access, and incorporate ConfigMaps as Volumes and Secrets as Volumes to separate configuration, credentials, and data safely.
3. Build mini-projects to cement skills: deploy a stateful application with a read-write-many backend; use a sidecar pattern for backups; simulate failure and perform a full restore; compare Storage Performance Optimization tactics across Cloud Storage Integration and On-premises Storage.

Get Your Copy

Level up your Kubernetes storage strategy with a guide that removes guesswork and accelerates real-world outcomes. Whether you’re shipping your first stateful workload or optimizing a fleet of clusters, the patterns, templates, and troubleshooting steps inside will save you time and reduce risk.

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