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Design and architect resilient OpenShift clusters and gain a keen understanding of how hundreds of projects are integrated into a powerful solution. While there are many OpenShift resources available for developers, this book focuses on the key elements of infrastructure and operations that teams need when looking to integrate and maintain this platform.
You'll review important concepts, such as repeatable deployment techniques, advanced OpenShift RBAC capabilities, monitoring clusters, and integrating with external services. You'll also see how to run specialized workloads in OpenShift and how to deploy non-web based applications on the platform, all designed to help cultivate best practices as your organization continue evolve in microservices architectures.
OpenShift has become the main enterprise Kubernetes distribution and its market penetration continues to growth at rapid rate. While OpenShift's documentation provides a great list of configurationoptions to work with the platform, it can be a daunting task to wade through. Architecting and Operating OpenShift Clusters breaks this content down into clear and useful concepts to provide you with a solid understanding of the OpenShift internal architecture.
What You'll Learn
- Operate high availability in muti-tenant OCP clusters
Understand OpenShift SDN models, capabilities, and storage classes - Integrate OCP with existing data center capabilities and CI/CD pipelines
- Support advanced capabilities like: Istio, Multus, Kubernetes Operators, hybrid deployments
Who This Book Is ForCloud architects, OpenShift cluster administrators, and teams supporting developers in OpenShift environments who have a basic understanding of this platform and microservices architectures.
List of contents
1. The OpenShift Architecture.- 2. High Availability.- 3. Networking.- 4. Storage.- 5. Load Balancers.- 6. Deployment Architectures.- 7. Administration.- 8. Architecting OpenShift Jenkins Pipelines.- 9. Day-2 Operations.- 10. Advanced Network Operations.- 11. OCP 4.1 UPI Mode Bare-Metal with PXE Book Deployment.
About the author
William Caban has more than 20 years of experience in IT, and has been consulting and designing large-scale datacenter solutions in multiple vertical markets. He has worked for diverse customers ranging from financial institutions, healthcare institutions and service providers. He has written a number of courses and training guides in the past. This is his first book with Apress.
Summary
Design and architect resilient OpenShift clusters and gain a keen understanding of how hundreds of projects are integrated into a powerful solution. While there are many OpenShift resources available for developers, this book focuses on the key elements of infrastructure and operations that teams need when looking to integrate and maintain this platform.
You'll review important concepts, such as repeatable deployment techniques, advanced OpenShift RBAC capabilities, monitoring clusters, and integrating with external services. You'll also see how to run specialized workloads in OpenShift and how to deploy non-web based applications on the platform, all designed to help cultivate best practices as your organization continue evolve in microservices architectures.
OpenShift has become the main enterprise Kubernetes distribution and its market penetration continues to growth at rapid rate. While OpenShift’s documentation provides a great list of configurationoptions to work with the platform, it can be a daunting task to wade through. Architecting and Operating OpenShift Clusters breaks this content down into clear and useful concepts to provide you with a solid understanding of the OpenShift internal architecture.
What You'll Learn
- Operate high availability in muti-tenant OCP clusters
Understand OpenShift SDN models, capabilities, and storage classes - Integrate OCP with existing data center capabilities and CI/CD pipelines
- Support advanced capabilities like: Istio, Multus, Kubernetes Operators, hybrid deployments
Who This Book Is ForCloud architects, OpenShift cluster administrators, and teams supporting developers in OpenShift environments who have a basic understanding of this platform and microservices architectures.
