Kubernetes ist der Hammer?!
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This document discusses why Kubernetes should be used and what it offers developers. It provides reasons to use containers such as agility of innovation, enabling multi-cloud setups, and increasing developer productivity. It then outlines tools for local development, templating, customization, and standards. Finally, it lists some managed Kubernetes offerings from major cloud providers.
Kubernetes ist der Hammer?!
- 1. Kubernetes Is it the hammer?!
- 7. World of Cloud Services https://imelgrat.me/cloud/cloud-services-models-help-business/
- 8. Why should we use Containers?
- 9. Why should we use containers? Agility of Innovation Enable Multi- and Hybrid-Cloud Setup Increase Developer Productivity Decrease Future Costs Enable Cloud Migrations
- 10. Why should we use containers? Agility of Innovation Enable Multi- and Hybrid-Cloud Setup Increase Developer Productivity Decrease Future Costs Enable Cloud Migrations
- 11. Why should we use containers? Agility of Innovation Enable Multi- and Hybrid-Cloud Setup Increase Developer Productivity Decrease Future Costs Enable Cloud Migrations
- 12. Why should we use containers? Agility of Innovation Enable Multi- and Hybrid-Cloud Setup Increase Developer Productivity Decrease Future Costs Enable Cloud Migrations
- 13. Why should we use containers? Agility of Innovation Enable Multi- and Hybrid-Cloud Setup Increase Developer Productivity Decrease Future Costs Enable Cloud Migrations
- 14. What is in for Developers?
- 17. Local Development Minikube Kubernetes in Docker kind k3d Skaffold
- 18. Local Development Minikube Kubernetes in Docker kind k3d Skaffold
- 19. Local Development Minikube Kubernetes in Docker kind k3d Skaffold
- 20. Local Development Minikube Kubernetes in Docker kind k3d Skaffold
- 21. Local Development Minikube Kubernetes in Docker kind k3d Skaffold
- 23. Templating & Customization up to Deployment Dockerfile Fabric8 fish-pepper Helm Kustomize
- 24. Templating & Customization up to Deployment Dockerfile Fabric8 fish-pepper Helm Kustomize
- 25. Templating & Customization up to Deployment Dockerfile Fabric8 fish-pepper Helm Kustomize
- 26. Templating & Customization up to Deployment Dockerfile Fabric8 fish-pepper Helm Kustomize
- 27. ... and what else?
- 28. Kubernetes Patterns Foundational • Predictable Demand • Declarative Deployment • Health Probe • Managed Lifecycle • Automated Placement Behavioral • Batch Job • Periodic Job • Daemon Service • Singleton Service • Stateful Service • Service Discovery • Self Awareness Structural • Init Container • Sidecar • Adapter • Ambassador Configuration • EnvVar Configuration • Configuration Resource • Immutable Configuration • Configuration Template Advanced • Controller • Operator • Elastic Scale • Image Builder https://k8spatterns.io/
- 29. IoT & Edge Computing K3s MicroK8s
- 30. IoT & Edge Computing K3s MicroK8s
- 31. Anything else? •Extensible API: Custom Resource Definitions •Sidecar Injection, ... •Pre-defined Default Monitoring (Kubernetes probes) •…
- 34. Standards OCI Certified Runtime OCI Certified Image https://opencontainers.org/
- 36. Managed Kubernetes Offerings Amazon Elastic Kubernetes Service (EKS)
- 37. Managed Kubernetes Offerings Amazon Elastic Kubernetes Service (EKS) Azure Kubernetes Service (AKS)
- 38. Managed Kubernetes Offerings Amazon Elastic Kubernetes Service (EKS) Azure Kubernetes Service (AKS) Google Kubernetes Engine (GKE)
- 39. Managed Kubernetes Offerings Amazon Elastic Kubernetes Service (EKS) Azure Kubernetes Service (AKS) Google Kubernetes Engine (GKE) IBM Cloud Kubernetes Service (IKS)
- 40. Managed Kubernetes Offerings Amazon Elastic Kubernetes Service (EKS) Azure Kubernetes Service (AKS) Google Kubernetes Engine (GKE) IBM Cloud Kubernetes Service (IKS) Alibaba Cloud Container Service for Kubernetes (ACK)