Ultimate Kubernetes Virtualization with KubeVirt

One Platform. Containers and Virtual Machines Together at Scale.

Key Features
● Get a free one-month digital subscription to www.avaskillshelf.com.
● Complete KubeVirt coverage from architecture and core components to VM deployment, networking, and storage on Kubernetes.
● Production-grade hybrid workload engineering covering high availability, observability, performance tuning, and security.
● Hands-on real-world scenarios and best practices for migrating legacy VM workloads into cloud-native Kubernetes environments.

Book Description
Bridge Legacy Virtualization and Cloud-Native Innovation Without Compromise

Most organizations run Kubernetes for containers and Virtual Machines (VMs) for everything else. KubeVirt eliminates that divide, enabling teams to manage VMs directly within Kubernetes and modernise infrastructure without abandoning the existing investments. Ultimate Kubernetes Virtualization with KubeVirt gives you the practical depth to deploy, operate, and optimize KubeVirt in production environments.

You begin with Kubernetes and virtualization fundamentals, then advance through KubeVirt architecture, core components, and VM deployment on Kubernetes. The book covers networking and storage configuration, high availability, observability, and performance tuning, grounding every concept in real-world implementation examples and hands-on labs that reflect actual production challenges.

The final section addresses security, operational best practices, and an end-to-end real-world scenario that brings every concept together. By the end of the book, you will deploy, manage, and scale VMs on Kubernetes with confidence, bridging legacy VM workloads and cloud-native infrastructure using KubeVirt.

What you will learn
● Deploy and manage virtual machines directly inside production Kubernetes clusters using KubeVirt.
● Configure networking and storage for hybrid VM and container workloads on Kubernetes.
● Understand KubeVirt architecture, core components, and virtualization workflows in depth.
● Scale, secure, and optimize KubeVirt environments for enterprise production workloads.
● Implement high availability and observability for KubeVirt-managed VM infrastructure.
● Migrate legacy VM workloads into cloud-native Kubernetes environments using practical patterns.

1. Introduction to KubeVirt and Kubernetes
2. KubeVirt Architecture and Core Components
3. Deploying KubeVirt on Kubernetes
4. Storage and Networking
5. Scaling and High Availability
6. Observability
7. Performance Optimization and Security Considerations
8. Operational Best Practices and Real-World Use Cases
9. Implementing a Real-World Scenario
Index

Rishabh Sharma is a DevOps and DevSecOps leader with more than 12 years of experience building secure, scalable cloud-native platforms. A Tech lead, product owner, and Kubernetes expert, he has led transformation initiatives at global enterprises, helping teams automate, modernize, and secure infrastructure. Through his writings, Rishab shares practical insights drawn from real-world experience.

About the Technical Reviewer

Rajat Kumar Singh is a Solutions Architect with more than 10 years of experience designing and implementing large-scale cloud, telecom, and enterprise infrastructure solutions across public cloud and hybrid environments. His expertise includes cloud architecture, Kubernetes, observability platforms, DevOps, infrastructure automation, distributed systems, and security engineering. He has worked across telecommunications, financial services, AI/analytics, enterprise software, and e-commerce industries, helping organizations modernize infrastructure and improve scalability, resiliency, and operational efficiency.

Currently, Rajat works at Rakuten Symphony as a Solutions Architect, where he leads architecture and implementation initiatives for observability frameworks and hybrid cloud infrastructure. He oversees monitoring solutions for logging, metrics, tracing, and fault management across both on-premises and AWS environments using technologies such as Kubernetes, Kafka, Apache Flink, Spark, ELK, Prometheus, and Grafana. He also contributes to architecture governance and secure cloud platform design for telecom-grade workloads.

Prior to this, Rajat worked with Rakuten Mobile on large-scale 4G and 5G telecom infrastructure automation, Edge deployments, and OpenRAN initiatives. His work contributed to significant improvements in deployment automation and operational efficiency and resulted in multiple patents related to Zero-Touch Provisioning (ZTP), monitoring systems, and energy optimization.

Earlier in his career, Rajat held engineering and cloud leadership roles at OpenText, Infosys, and Accenture, focusing on cloud migration, DevOps transformation, CI/CD, platform reliability, and enterprise application modernization. He also holds multiple industry certifications, including AWS Solutions Architect Professional, AWS Security Specialty, Certified Kubernetes Administrator (CKA), and HashiCorp Terraform Associate.