Logical Volume Management with Topolvm in Kubernetes: The Complete Guide for Developers and Engineers

"Logical Volume Management with Topolvm in Kubernetes"

"Logical Volume Management with Topolvm in Kubernetes" is a comprehensive guide that bridges the worlds of enterprise-grade storage and container orchestration. Designed for architects, SREs, and platform engineers, this book provides a deep dive into Kubernetes storage fundamentals before exploring the sophisticated landscape of logical volume management. Readers will gain fluency in the core abstractions—volumes, persistent claims, and the Container Storage Interface (CSI)—alongside thorough coverage of the unique challenges associated with running stateful workloads in cloud-native environments.

Building on a foundation of storage concepts, the book expertly unpacks the principles of Logical Volume Management (LVM), offering clear insights into its architecture, advanced features, and best practices for integration with containerized applications. The heart of the book centers on Topolvm, a leading CSI driver for Kubernetes, guiding readers through its architecture, powerful scheduling and topology awareness, and operational lifecycle management. Step-by-step installation, configuration, and advanced deployment workflows are paired with real-world guidance on disaster recovery, scalability, and multi-tenant isolation.

This volume distinguishes itself with dedicated chapters on performance engineering, security, compliance, and robust monitoring. It addresses practical topics such as encryption, auditability, volume migration, and automated capacity planning, while also surfacing forward-looking trends in federated and hybrid cloud deployments. Case studies and production scenarios illustrate how modern organizations harness Topolvm for resilient, efficient, and secure container storage at scale. Whether you are architecting from scratch or upgrading legacy platforms, this book equips you with the expertise needed to deliver reliable and future-proof storage infrastructure within Kubernetes.

© 2025 HexTeX Press (E-bog): 6610001085605

Udgivelsesdato

E-bog: 24. oktober 2025