Kubernetes Administration Fundamentals | Brainmatics

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25 Sections
95 Lessons
40 Hours

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PERSIAPAN
2
- 1.1
  Pre-Test
  15 Minutes10 Questions
- 1.2
  Download Materi
1. RUNNING MY FIRST DOCKER CONTAINER
5
- 2.1
  1.1. Advantages of Using Docker
- 2.2
  1.2. Docker Engine
- 2.3
  1.3. Running Docker Containers
- 2.4
  1.4. Managing Docker Containers
- 2.5
  1.5. Attaching to Containers Using the attach Command
2. GETTING STARTED WITH DOCKERFILES
4
- 3.1
  2.1. What Is a Dockerfile?
- 3.2
  2.2. Common Directives in Dockerfiles
- 3.3
  2.3. Building Docker Images
- 3.4
  2.4. Other Dockerfile Directives
3. MANAGING YOUR DOCKER IMAGES
7
- 4.1
  3.1. Docker Layers and Caching
- 4.2
  3.2. Creating Base Docker Images
- 4.3
  3.3. Docker Image Naming and Tagging
- 4.4
  3.4. Using the latest Tag in Docker
- 4.5
  3.5. Docker Image Tagging Policies
- 4.6
  3.6. Storing and Publishing Your Docker Images
- 4.7
  3.7. The Docker Registry
4. MULTI-STAGE DOCKERFILES
4
- 5.1
  4.1. Normal Docker Builds
- 5.2
  4.2. What Is the Builder Pattern?
- 5.3
  4.3. Introduction to Multi-Stage Dockerfiles
- 5.4
  4.4. Dockerfile Best Practices
5. COMPOSING ENVIRONMENTS WITH DOCKER COMPOSE
3
- 6.1
  5.1. Docker Compose CLI
- 6.2
  5.2. Configuration of Services
- 6.3
  5.3. Service Dependency
6. INTRODUCTION TO DOCKER NETWORKING
5
- 7.1
  6.1. Introduction
- 7.2
  6.2. Native Docker DNS
- 7.3
  6.3. Native Docker Network Drivers (Bridge, Host, None)
- 7.4
  6.4. Docker Overlay Networking
- 7.5
  6.5. Non-Native Docker Networks
7. DOCKER STORAGE
5
- 8.1
  7.1. The Container Life Cycle
- 8.2
  7.2. Stateful versus Stateless Containers/Services
- 8.3
  7.3. Docker Volumes and Stateful Persistence
- 8.4
  7.4. Persistent and Ephemeral Volumes
- 8.5
  7.5. Volumes versus Filesystem and Images
8. UNDERSTANDING KUBERNETES ARCHITECTURE
6
- 9.1
  8.1. Introduction to Docker (Recap)
- 9.2
  8.2. Introduction to Kubernetes
- 9.3
  8.3. Kubernetes Concepts
- 9.4
  8.4. Diving into Kubernetes Architecture in Depth (Control Plane & Nodes)
- 9.5
  8.5. Kubernetes Runtimes
- 9.6
  8.6. Continuous Integration and Deployment
9. CREATING KUBERNETES CLUSTERS
6
- 10.1
  9.1. Creating a Single-node Cluster with Minikube
- 10.2
  9.2. Creating a Multi-node Cluster with KinD
- 10.3
  9.3. Creating a Multi-node Cluster with k3d
- 10.4
  9.4. Comparing MiniKube, KinD, and k3d
- 10.5
  9.5. Creating Clusters in the Cloud (GCP, AWS, Azure)
- 10.6
  9.6. Creating a Bare-metal Cluster from Scratch
10. HIGH AVAILABILITY AND RELIABILITY
5
- 11.1
  10.1. High Availability Concepts
- 11.2
  10.2. High Availability Best Practice
- 11.3
  10.3. High Availability, Scalability, and Capacity Planning
- 11.4
  10.4. Live Cluster Updates
- 11.5
  10.5. Large Cluster Performance, Cost, and Design Trade-offs
11. SECURING KUBERNETES
3
- 12.1
  11.1. Understanding Kubernetes Security Challenges
- 12.2
  11.2. Hardening Kubernetes
- 12.3
  11.3. Running a Multi-user Cluster
12. USING KUBERNETES RESOURCES IN PRACTICE
5
- 13.1
  12.1. Designing a Hue Platform (Case Study)
- 13.2
  12.2. Using Kubernetes to Build the Hue Platform
- 13.3
  12.3. Separating Internal and External Services
- 13.4
  12.4. Advanced Scheduling (Taints, Tolerations, Affinity)
- 13.5
  12.5. Using Namespaces to Limit Access
13. MANAGING STORAGE
3
- 14.1
  13.1. Persistent Volumes Walkthrough
- 14.2
  13.2. Public Cloud Storage Volume Types – GCE, AWS, and Azure
- 14.3
  13.4. Flocker as a Clustered Container Data Volume Manager
14. RUNNING STATEFUL APPLICATIONS WITH KUBERNETES
3
- 15.1
  14.1. Stateful Versus Stateless Applications in Kubernetes
- 15.2
  14.2. Shared Environment Variables Versus DNS Record for Discovery
- 15.3
  14.3. Running a Cassandra Cluster in Kubernetes
15. DEPLOYING AND UPDATING APPLICATIONS
3
- 16.1
  15.1. Horizontal Pod Autoscaling (HPA)
- 16.2
  15.2. Performing Rolling Updates with Autoscaling
- 16.3
  15.3. Handling Scarce Resources with Limits and Quotas
16. PACKAGING APPLICATIONS
3
- 17.1
  16.1. Understanding Helm
- 17.2
  16.2. Using Helm
- 17.3
  16.3. Creating Your Own Charts
17. EXPLORING ADVANCED NETWORKING
3
- 18.1
  17.1. Understanding the Kubernetes Networking Model
- 18.2
  17.2 Using Network Policies Effectively
- 18.3
  17.3. Writing Your Own CNI (Container Network Interface) Plugin
18. RUNNING KUBERNETES ON MULTIPLE CLOUDS AND CLUSTER FEDERATION
3
- 19.1
  18.1. The History of Cluster Federation on Kubernetes
- 19.2
  18.2. Understanding Cluster Federation
- 19.3
  18.3. Managing a Kubernetes Cluster Federation
19. SERVERLESS COMPUTING ON KUBERNETES
4
- 20.1
  19.1. Understanding Serverless Computing
- 20.2
  19.2. Serverless Kubernetes in the Cloud
- 20.3
  19.3. Knative
- 20.4
  19.4. Kubernetes FaaS Frameworks
20. MONITORING KUBERNETES CLUSTERS
3
- 21.1
  20.1. Understanding Observability
- 21.2
  20.2. Logging with Kubernetes (ELK/EFK Stack)
- 21.3
  20.3. Collecting Metrics with Kubernetes (Prometheus/Grafana)
21. UTILIZING SERVICE MESHES
3
- 22.1
  21.1. What is a Service Mesh?
- 22.2
  21.2. Choosing a Service Mesh
- 22.3
  21.3. Incorporating Istio into Your Kubernetes Cluster
22. EXTENDING KUBERNETES
4
- 23.1
  22.1. Working with the Kubernetes API
- 23.2
  22.2. Extending the Kubernetes API (CRDs)
- 23.3
  22.3. Writing Kubernetes Plugins
- 23.4
  22.4. Employing Access Control Webhooks
23. THE FUTURE OF KUBERNETES
3
- 24.1
  23.1. The Kubernetes Momentum
- 24.2
  23.2. The Rise of Managed Kubernetes Platforms
- 24.3
  23.3. Upcoming Trends
PENUTUPAN
2
- 25.1
  Post-Test
  15 Minutes10 Questions
- 25.2
  Kuesioner

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