Managing Multi-cloud Containers Using Kubernetes
Kubernetes 1.17
15 Videos | 1h 6m 36s - Includes Assessment
- Earns a Badge
Explore prominent tools that can be used to manage the deployment and life cycle of Kubernetes. In this 15-video course, learn about essential patterns used with Kubernetes to create production level and heterogeneous deployments, as well as how to reduce complexity and risks of multicloud strategy with Kubernetes. Key concepts covered here include the architecture and components of Kubernetes and different types of pods to host vertically-integrated applications; comparing features of Kubernetes and Docker and the solution architectures that can be built; and essential Kubernetes deployment patterns that can be used to deploy application stacks with the Declarative deployment method. Other issues include Fixed and Recreate deployment strategies using Kubernetes; Zero Downtime and No Concurrent Versions deployment, applying the Blue/Green deployment strategy using Kubernetes; and implement Canary testing with Kubernetes Deployments and Services. You will examine Kubernetes Cluster Federation, and how to install and configure multicloud single node Kubernetes clusters on Ubuntu; install and configure multicloud Kubernetes to manage multicloud orchestration; and Extension and Operator patterns used in Kubernetes to improve Kubernetes cluster management capabilities.
WHAT YOU WILL LEARN
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discover the key concepts covered in this course
recall the architecture and components of Kubernetes along with the different types of pods that can be used to host vertically-integrated applications
list the prominent tools and add-ons that are used to manage the deployment and life cycle of Kubernetes clusters and describe their associated features
describe the essential patterns that can be used with Kubernetes to create production-level and heterogeneous deployments
recall the challenges of multi-cloud architectures and illustrate how Kubernetes can help reduce the complexity and risks of multi-cloud strategy
compare the features of Kubernetes and Docker and describe the solution architectures that can be built using Kubernetes and Docker in production
recognize the essential Kubernetes deployment patterns that can be used to deploy application stacks using the Declarative deployment method
implement Fixed and Recreate deployment strategies using Kubernetes -
implement Zero Downtime and No Concurrent Versions deployment applying the Blue/Green deployment strategy using Kubernetes
implement Canary testing using Kubernetes Deployments and Services
describe the Kubernetes Cluster Federation, which allows coordinating the configuration of multiple Kubernetes clusters
install and configure multi-cloud single node Kubernetes clusters on Ubuntu to deploy all Kubernetes services
install and configure multi-cloud Kubernetes on AWS to manage multi-cloud orchestration
describe the Extension and Operator patterns that are used in Kubernetes to improve Kubernetes cluster management capabilities
summarize the key concepts covered in this course
IN THIS COURSE
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1.Course Overview1m 21sUP NEXT
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2.Kubernetes Recap6m 22s
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3.Tools and Features for Managing Kubernetes Clusters5m 39s
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4.Patterns for Production-level Deployments5m 38s
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5.Multi-cloud Challenges and Role of Kubernetes6m 31s
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6.Docker vs. Kubernetes5m 5s
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7.Kubernetes Deployment Patterns2m 34s
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8.Fixed and Recreate Deployment Strategies2m 14s
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9.Zero Downtime Deployment with Kubernetes3m 57s
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10.Canary Deployment and Testing2m 50s
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11.Kubernetes Cluster Federation2m 57s
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12.Installing and Configuring Single Node Clusters5m 54s
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13.Multi-cloud Kubernetes on AWS3m 9s
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14.Extension and Operator Patterns4m 41s
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15.Course Summary1m 14s
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