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This commit is contained in:
Inaki Fernandez
@@ -5,14 +5,15 @@
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3. [AWS Elastic Load Balancing (ELB)](#aws-elastic-load-balancing-elb)
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4. [AWS Application Load Balancer (ALB)](#aws-application-load-balancer-alb)
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5. [Gateway Load Balancer (GWLB)](#gateway-load-balancer-gwlb)
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6. [NGINX](#nginx)
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7. [AWS Latency](#aws-latency)
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8. [AWS VPC](#aws-vpc)
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6. [AWS WAF](#aws-waf)
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7. [NGINX](#nginx)
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8. [AWS Latency](#aws-latency)
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9. [AWS VPC](#aws-vpc)
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1. [AWS Client VPN](#aws-client-vpn)
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2. [Tailscale](#tailscale)
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9. [AWS CloudFront](#aws-cloudfront)
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10. [AWS API Gateway](#aws-api-gateway)
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11. [Tweets](#tweets)
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10. [AWS CloudFront](#aws-cloudfront)
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11. [AWS API Gateway](#aws-api-gateway)
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12. [Tweets](#tweets)
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|
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## Introduction
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@@ -63,6 +64,10 @@
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||||
- [Centralized Traffic Inspection with Gateway Load Balancer on AWS](https://aws.amazon.com/blogs/apn/centralized-traffic-inspection-with-gateway-load-balancer-on-aws/)
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## AWS WAF
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- [AWS WAF enhances rate-based rules to support lower rate limits](https://aws.amazon.com/about-aws/whats-new/2024/08/aws-waf-rate-based-rules-lower-rate-limits/)
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## NGINX
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||||
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||||
- [NGINX Plus on the AWS Cloud: Quick Start Reference Deployment](https://aws.amazon.com/about-aws/whats-new/2016/09/nginx-plus-on-the-aws-cloud-quick-start-reference-deployment/)
|
||||
|
||||
124
docs/azure.md
124
docs/azure.md
@@ -12,82 +12,83 @@
|
||||
1. [Well-Architected Framework Assessments](#well-architected-framework-assessments)
|
||||
9. [CAF vs WAF](#caf-vs-waf)
|
||||
10. [Azure Landing Zones](#azure-landing-zones)
|
||||
11. [Azure Sandbox](#azure-sandbox)
|
||||
12. [Azure Marketplace](#azure-marketplace)
|
||||
13. [Microsoft REST API Guidelines](#microsoft-rest-api-guidelines)
|
||||
14. [Azure Quick Review](#azure-quick-review)
|
||||
15. [New Features](#new-features)
|
||||
16. [Blogs](#blogs)
|
||||
17. [Azure Training and Certifications](#azure-training-and-certifications)
|
||||
18. [Azure Naming Convention](#azure-naming-convention)
|
||||
19. [Mission-critical Architecture on Azure](#mission-critical-architecture-on-azure)
|
||||
20. [Understand Azure Load Balancing](#understand-azure-load-balancing)
|
||||
21. [Azure Load Testing](#azure-load-testing)
|
||||
22. [Microsoft Linux Distribution CBL Mariner](#microsoft-linux-distribution-cbl-mariner)
|
||||
23. [Azure Patterns](#azure-patterns)
|
||||
24. [ARM Templates](#arm-templates)
|
||||
25. [DevTest](#devtest)
|
||||
26. [Azure DevOps](#azure-devops)
|
||||
11. [Azure Extended Zones](#azure-extended-zones)
|
||||
12. [Azure Sandbox](#azure-sandbox)
|
||||
13. [Azure Marketplace](#azure-marketplace)
|
||||
14. [Microsoft REST API Guidelines](#microsoft-rest-api-guidelines)
|
||||
15. [Azure Quick Review](#azure-quick-review)
|
||||
16. [New Features](#new-features)
|
||||
17. [Blogs](#blogs)
|
||||
18. [Azure Training and Certifications](#azure-training-and-certifications)
|
||||
19. [Azure Naming Convention](#azure-naming-convention)
|
||||
20. [Mission-critical Architecture on Azure](#mission-critical-architecture-on-azure)
|
||||
21. [Understand Azure Load Balancing](#understand-azure-load-balancing)
|
||||
22. [Azure Load Testing](#azure-load-testing)
|
||||
23. [Microsoft Linux Distribution CBL Mariner](#microsoft-linux-distribution-cbl-mariner)
|
||||
24. [Azure Patterns](#azure-patterns)
|
||||
25. [ARM Templates](#arm-templates)
|
||||
26. [DevTest](#devtest)
|
||||
27. [Azure DevOps](#azure-devops)
|
||||
1. [Azure DevOps Backup Tool](#azure-devops-backup-tool)
|
||||
2. [Azure DevOps vs GitHub Actions](#azure-devops-vs-github-actions)
|
||||
3. [YAML Schema in DevOps Azure Pipelines](#yaml-schema-in-devops-azure-pipelines)
|
||||
4. [Azure Pipeline Tasks](#azure-pipeline-tasks)
|
||||
5. [Azure DevOps Templates or Snippets](#azure-devops-templates-or-snippets)
|
||||
6. [Databricks CI/CD with Azure DevOps](#databricks-cicd-with-azure-devops)
|
||||
27. [Azure AD and RBAC. Azure Tenant and Azure Subscription. Service Principal SPN. Microsoft Entra](#azure-ad-and-rbac-azure-tenant-and-azure-subscription-service-principal-spn-microsoft-entra)
|
||||
28. [Azure AD and RBAC. Azure Tenant and Azure Subscription. Service Principal SPN. Microsoft Entra](#azure-ad-and-rbac-azure-tenant-and-azure-subscription-service-principal-spn-microsoft-entra)
|
||||
1. [Register applications in Azure AD. Authenticate apps and services](#register-applications-in-azure-ad-authenticate-apps-and-services)
|
||||
2. [Azure AD Pen Testing](#azure-ad-pen-testing)
|
||||
28. [Azure Arc. Azure’s Hybrid And Multi-Cloud Platform. GitOps with Azure Arc](#azure-arc-azures-hybrid-and-multi-cloud-platform-gitops-with-azure-arc)
|
||||
29. [Secure DevOps Kit for Azure](#secure-devops-kit-for-azure)
|
||||
30. [Azure App Service](#azure-app-service)
|
||||
31. [Azure Application Gateway](#azure-application-gateway)
|
||||
32. [Azure Functions](#azure-functions)
|
||||
33. [Azure Monitor](#azure-monitor)
|
||||
29. [Azure Arc. Azure’s Hybrid And Multi-Cloud Platform. GitOps with Azure Arc](#azure-arc-azures-hybrid-and-multi-cloud-platform-gitops-with-azure-arc)
|
||||
30. [Secure DevOps Kit for Azure](#secure-devops-kit-for-azure)
|
||||
31. [Azure App Service](#azure-app-service)
|
||||
32. [Azure Application Gateway](#azure-application-gateway)
|
||||
33. [Azure Functions](#azure-functions)
|
||||
34. [Azure Monitor](#azure-monitor)
|
||||
1. [Azure Monitor managed service for Prometheus](#azure-monitor-managed-service-for-prometheus)
|
||||
34. [Azure Log Analytics](#azure-log-analytics)
|
||||
35. [Azure Grafana](#azure-grafana)
|
||||
36. [Mobile Apps](#mobile-apps)
|
||||
37. [Powershell](#powershell)
|
||||
35. [Azure Log Analytics](#azure-log-analytics)
|
||||
36. [Azure Grafana](#azure-grafana)
|
||||
37. [Mobile Apps](#mobile-apps)
|
||||
38. [Powershell](#powershell)
|
||||
1. [Azure Enterprise Policy As Code (EPAC)](#azure-enterprise-policy-as-code-epac)
|
||||
2. [Microsoft Graph PowerShell SDK](#microsoft-graph-powershell-sdk)
|
||||
3. [Powershell repos](#powershell-repos)
|
||||
4. [Crescendo powershell module](#crescendo-powershell-module)
|
||||
5. [Secrets Management with Powershell](#secrets-management-with-powershell)
|
||||
6. [Azure Resource Inventory](#azure-resource-inventory)
|
||||
38. [Azure CLI. AZ CLI](#azure-cli-az-cli)
|
||||
39. [Azure Run Command](#azure-run-command)
|
||||
40. [IaC with PowerShell DSC Desired State Configuration](#iac-with-powershell-dsc-desired-state-configuration)
|
||||
41. [Azure Bicep](#azure-bicep)
|
||||
42. [Azure Verified Modules](#azure-verified-modules)
|
||||
43. [Azure Cross region Load Balancer](#azure-cross-region-load-balancer)
|
||||
44. [Azure Traffic Manager](#azure-traffic-manager)
|
||||
45. [Azure DNS](#azure-dns)
|
||||
46. [Azure OpenVPN](#azure-openvpn)
|
||||
47. [Azure Security](#azure-security)
|
||||
39. [Azure CLI. AZ CLI](#azure-cli-az-cli)
|
||||
40. [Azure Run Command](#azure-run-command)
|
||||
41. [IaC with PowerShell DSC Desired State Configuration](#iac-with-powershell-dsc-desired-state-configuration)
|
||||
42. [Azure Bicep](#azure-bicep)
|
||||
43. [Azure Verified Modules](#azure-verified-modules)
|
||||
44. [Azure Cross region Load Balancer](#azure-cross-region-load-balancer)
|
||||
45. [Azure Traffic Manager](#azure-traffic-manager)
|
||||
46. [Azure DNS](#azure-dns)
|
||||
47. [Azure OpenVPN](#azure-openvpn)
|
||||
48. [Azure Security](#azure-security)
|
||||
1. [Azure Microsoft Defender for Cloud](#azure-microsoft-defender-for-cloud)
|
||||
2. [Microsoft Sentinel](#microsoft-sentinel)
|
||||
48. [Microsoft Copilot for Azure](#microsoft-copilot-for-azure)
|
||||
49. [Azure Virtual WAN. vWAN](#azure-virtual-wan-vwan)
|
||||
50. [Azure Fleet](#azure-fleet)
|
||||
51. [Data Ingestion. Azure Data Factory](#data-ingestion-azure-data-factory)
|
||||
52. [WinGet Windows Package Manager CLI](#winget-windows-package-manager-cli)
|
||||
53. [Windows 11](#windows-11)
|
||||
54. [Azure API Management](#azure-api-management)
|
||||
55. [Azure Container Apps](#azure-container-apps)
|
||||
56. [Azure Container Instances](#azure-container-instances)
|
||||
57. [Azure Container Storage](#azure-container-storage)
|
||||
58. [Windows Server Container Host](#windows-server-container-host)
|
||||
59. [Disaster Recovery](#disaster-recovery)
|
||||
60. [Azure Samples (Boilerplates)](#azure-samples-boilerplates)
|
||||
61. [Azure Healthcare Data Services](#azure-healthcare-data-services)
|
||||
62. [Office 365](#office-365)
|
||||
63. [Azure Books](#azure-books)
|
||||
64. [Azure OpenAI](#azure-openai)
|
||||
65. [Windows Tools](#windows-tools)
|
||||
66. [Azure Tools](#azure-tools)
|
||||
67. [Images](#images)
|
||||
68. [Videos](#videos)
|
||||
69. [Tweets](#tweets)
|
||||
49. [Microsoft Copilot for Azure](#microsoft-copilot-for-azure)
|
||||
50. [Azure Virtual WAN. vWAN](#azure-virtual-wan-vwan)
|
||||
51. [Azure Fleet](#azure-fleet)
|
||||
52. [Data Ingestion. Azure Data Factory](#data-ingestion-azure-data-factory)
|
||||
53. [WinGet Windows Package Manager CLI](#winget-windows-package-manager-cli)
|
||||
54. [Windows 11](#windows-11)
|
||||
55. [Azure API Management](#azure-api-management)
|
||||
56. [Azure Container Apps](#azure-container-apps)
|
||||
57. [Azure Container Instances](#azure-container-instances)
|
||||
58. [Azure Container Storage](#azure-container-storage)
|
||||
59. [Windows Server Container Host](#windows-server-container-host)
|
||||
60. [Disaster Recovery](#disaster-recovery)
|
||||
61. [Azure Samples (Boilerplates)](#azure-samples-boilerplates)
|
||||
62. [Azure Healthcare Data Services](#azure-healthcare-data-services)
|
||||
63. [Office 365](#office-365)
|
||||
64. [Azure Books](#azure-books)
|
||||
65. [Azure OpenAI](#azure-openai)
|
||||
66. [Windows Tools](#windows-tools)
|
||||
67. [Azure Tools](#azure-tools)
|
||||
68. [Images](#images)
|
||||
69. [Videos](#videos)
|
||||
70. [Tweets](#tweets)
|
||||
|
||||
<center>
|
||||
[{: style="width:7%"}](https://www.youtube.com/@azure-terraformer)
|
||||
@@ -218,6 +219,11 @@
|
||||
- [techcommunity.microsoft.com: New feature: easily assign regulatory compliance policies to your Azure Landing Zone](https://techcommunity.microsoft.com/t5/azure-architecture-blog/new-feature-easily-assign-regulatory-compliance-policies-to-your/ba-p/4074957)
|
||||
- [techcommunity.microsoft.com: Azure landing zones custom archetypes using Terraform](https://techcommunity.microsoft.com/t5/azure-infrastructure-blog/azure-landing-zones-custom-archetypes-using-terraform/ba-p/3791172)
|
||||
- [thomasmaurer.ch: Azure Landing Zone Review Assessment](https://www.thomasmaurer.ch/2023/09/azure-landing-zone-review-assessment/)
|
||||
- [techcommunity.microsoft.com: From Zero to Hero with Azure Landing Zones](https://techcommunity.microsoft.com/t5/startups-at-microsoft/from-zero-to-hero-with-azure-landing-zones/ba-p/4229195)
|
||||
|
||||
## Azure Extended Zones
|
||||
|
||||
- [Azure Extended Zones: Azure Extended Zones are small-footprint extensions of Azure to serve low latency or data residency workloads](ttps://learn.microsoft.com/en-us/azure/extended-zones/) Azure Extended Zones enable some key Azure services for customers to deploy. The control plane for these services remains in the region and the data plane is deployed at the Extended Zone site, resulting in a smaller Azure footprint.
|
||||
|
||||
## Azure Sandbox
|
||||
|
||||
|
||||
@@ -48,6 +48,7 @@
|
||||
15. [Writing Kubernetes Operators](#writing-kubernetes-operators)
|
||||
16. [Customized Reports with Metering Operator (monitoring k8s resources)](#customized-reports-with-metering-operator-monitoring-k8s-resources)
|
||||
17. [Red Hat AMQ Streams (Kafka)](#red-hat-amq-streams-kafka)
|
||||
18. [OpenShift AI](#openshift-ai)
|
||||
8. [Jenkins Demos](#jenkins-demos)
|
||||
1. [Jenkins Declarative Pipelines with OpenShift](#jenkins-declarative-pipelines-with-openshift)
|
||||
2. [OpenShift Pipelines with S2i and Jenkins Blue Ocean](#openshift-pipelines-with-s2i-and-jenkins-blue-ocean)
|
||||
@@ -526,6 +527,10 @@
|
||||
- [developers.redhat.com: HTTP-based Kafka messaging with Red Hat AMQ Streams](https://developers.redhat.com/blog/2020/08/04/http-based-kafka-messaging-with-red-hat-amq-streams/)
|
||||
- [developers.redhat.com: Message broker integration made simple with Red Hat Fuse](https://developers.redhat.com/blog/2021/01/08/message-broker-integration-made-simple-with-red-hat-fuse/) This article presents a sample integration between Red Hat AMQ 7 and IBM MQ, using Red Hat Fuse 7 for the integration. Traditionally, developers have used resource adapters for message bridging with external systems. A resource adapter is a system library that provides connectivity to an enterprise information system (EIS). Similar to how a Java Database Connectivity (JDBC) driver provides connectivity to a database management system, a resource adapter plugs into an application server such as Red Hat JBoss Enterprise Application Platform (JBoss EAP). It then connects the application server, enterprise information system, and the enterprise application.
|
||||
|
||||
### OpenShift AI
|
||||
|
||||
- [OpenShift AI Examples](https://github.com/CastawayEGR/openshift-ai-examples) A repository containing deployments of popular open source generative AI projects including Open-WebUI, Ollama, and Stable Diffusion WebUI.
|
||||
|
||||
## Jenkins Demos
|
||||
|
||||
- [kublr.com: cicd pipeline with jenkins nexus kubernetes](https://kublr.com/blog/cicd-pipeline-with-jenkins-nexus-kubernetes/)
|
||||
|
||||
@@ -124,6 +124,9 @@ A curated list of awesome references collected since 2018. Microservices archite
|
||||
- [NetBox IPAM](https://github.com/netbox-community/netbox)
|
||||
- [youtube: GitOps Guide to the Galaxy](https://www.youtube.com/playlist?list=PLbMP1JcGBmSGKO8UreWpOBOhCqilejhtd)
|
||||
- [devopswithkubernetes.com](https://devopswithkubernetes.com/) Introductory course to Kubernetes with K3s and GKE
|
||||
- [Gardener](https://github.com/gardener/gardener) Deliver fully-managed clusters at scale everywhere with your own Kubernetes-as-a-Service
|
||||
- [collabnix.github.io/kubetools 🌟](https://collabnix.github.io/kubetools/) A Curated List of Kubernetes Tools
|
||||
- [OpenShift AI Examples](https://github.com/CastawayEGR/openshift-ai-examples)
|
||||
|
||||
## Introduction
|
||||
- [Microservice Architecture. From Java EE To Cloud Native. Openshift VS Kubernetes](introduction.md)
|
||||
|
||||
@@ -120,6 +120,7 @@
|
||||
- [code.egym.de: Vertical Pod Autoscaler in Kubernetes](https://code.egym.de/vertical-pod-autoscaler-in-kubernetes-b12a5c61393f) Learn how to use Vertical Pod Autoscaler (VPA) to vertically scale services in Kubernetes automatically based on resource metrics.
|
||||
- [faun.pub: Intelligently estimating your Kubernetes resource needs!](https://faun.pub/intelligently-estimating-your-kubernetes-resource-needs-c12a75ea3138) In this tutorial, you will learn how to use the Vertical Pod Autoscaler and Goldilocks to guess the correct requests and limits for your Pods
|
||||
- [itnext.io: Kubernetes: vertical Pods scaling with Vertical Pod Autoscaler](https://itnext.io/kubernetes-vertical-pods-scaling-with-vertical-pod-autoscaler-e2e5a3b8e1a9)
|
||||
- [medium.com/@adityadhopade18: Mastering K8s Event Driven AutoScaling](https://medium.com/@adityadhopade18/mastering-k8s-event-driven-autoscaling-cd1b9df78903)
|
||||
|
||||
### Kubernetes Scale to Zero
|
||||
|
||||
|
||||
@@ -240,6 +240,7 @@
|
||||
- [betterprogramming.pub: Writing Custom Kubernetes Controller and Webhooks](https://betterprogramming.pub/writing-custom-kubernetes-controller-and-webhooks-141230820e9) Create a Kubernetes API, controller, validate webhooks, and test.
|
||||
- [betterprogramming.pub: How To Write Tests for Your Kubernetes Operator](https://betterprogramming.pub/write-tests-for-your-kubernetes-operator-d3d6a9530840)
|
||||
- [metalbear.co: Writing a Kubernetes Operator](https://metalbear.co/blog/writing-a-kubernetes-operator/)
|
||||
- [dev.to/hkhelil: Building a Kubernetes Operator with an NGINX CRD](https://dev.to/hkhelil/building-a-kubernetes-operator-with-an-nginx-crd-3lil)
|
||||
|
||||
## Tweets
|
||||
|
||||
|
||||
@@ -69,7 +69,7 @@
|
||||
66. [kubefwd (Kube Forward)](#kubefwd-kube-forward)
|
||||
67. [Kpng. Kubernetes Proxy NG](#kpng-kubernetes-proxy-ng)
|
||||
68. [Auto-portforward (apf)](#auto-portforward-apf)
|
||||
69. [gardener/Terraformer](#gardenerterraformer)
|
||||
69. [Gardener](#gardener)
|
||||
70. [Werf](#werf)
|
||||
71. [Starboard kubernetes-native security toolkit](#starboard-kubernetes-native-security-toolkit)
|
||||
72. [Netshoot](#netshoot)
|
||||
@@ -133,6 +133,7 @@
|
||||
- skaffold - to easily build, deploy, and dev apps on k8s
|
||||
- mirrord - to intercept traffic from k8s to the local app instance
|
||||
- [coruzant.com/appdev: Kubernetes Management: Tools and Best Practices](https://coruzant.com/appdev/kubernetes-management-tools-and-best-practices/)
|
||||
- [dev.to/cyclops-ui: Five tools to make your K8s experience more enjoyable](https://dev.to/cyclops-ui/five-tools-to-make-your-k8s-experience-more-enjoyable-5d85)
|
||||
|
||||
## K8s Tools
|
||||
|
||||
@@ -647,6 +648,7 @@ elastic quotas - Effortless optimization at its finest!
|
||||
- Scans a running Kubernetes cluster to determine if any objects will be affected by deprication
|
||||
- Displays affected objects to the user
|
||||
- [==github.com/hcavarsan/kftray== ⭐](https://github.com/hcavarsan/kftray) Manage multiple kubectl port-forward commands with a menu bar or a TUI app, with support for UDP and proxy connections through Kubernetes clusters, and gitops-like state sync with github.
|
||||
- [kondense 🌟](https://github.com/unagex/kondense) Kondense is an automated resource sizing tool. It runs as a sidecar in kubernetes pods.
|
||||
|
||||
## kubetail
|
||||
|
||||
@@ -1020,8 +1022,9 @@ elastic quotas - Effortless optimization at its finest!
|
||||
|
||||
- [ruoshan/autoportforward](https://github.com/ruoshan/autoportforward) Bidirectional port-forwarding for docker, podman and kubernetes. A handy tool to automatically set up proxies that expose the remote container's listening ports back to the local machine. Just like kubectl portforward or docker run -p LOCAL:REMOTE, but automatically discover and update the ports to be forwarded on the fly. apf can create listening ports in the container and forward them back as well.
|
||||
|
||||
## gardener/Terraformer
|
||||
## Gardener
|
||||
|
||||
- [==github.com/gardener/gardener: Deliver fully-managed clusters at scale everywhere with your own Kubernetes-as-a-Service==](https://github.com/gardener/gardener) **Homogeneous Kubernetes clusters at scale on any infrastructure using hosted control planes.**
|
||||
- [gardener/terraformer: Terraformer](https://github.com/gardener/terraformer) Executes Terraform configuration as job/pod inside a Kubernetes cluster. Terraformer is a tool that can execute Terraform commands (apply, destroy and validate) and can be run as a Pod inside a Kubernetes cluster. The Terraform configuration and state files (main.tf, variables.tf, terraform.tfvars and terraform.tfstate) are stored as ConfigMaps and Secrets in the Kubernetes cluster and will be retrieved and updated by Terraformer.
|
||||
|
||||
## Werf
|
||||
|
||||
@@ -1239,6 +1239,9 @@
|
||||
- [==medium.com/directeam: Kubernetes resources under the hood — Part 3== 🌟](https://medium.com/directeam/kubernetes-resources-under-the-hood-part-3-6ee7d6015965) **Kubernetes resources, breaking the limits! Understand the biggest Kubernetes misunderstanding and why you should remove your CPU limits and unleash your cluster's full potential**
|
||||
- [reddit.com/r/kubernetes: CPU Limits](https://www.reddit.com/r/kubernetes/comments/12he7aa/cpu_limits/]
|
||||
- [==gokatalyst.io: Katalyst: A QoS-based resource management system for workload colocation on kubernetes== 🌟](https://gokatalyst.io/blog/2023/12/06/katalyst-a-qos-based-resource-management-system-for-workload-colocation-on-kubernetes/)
|
||||
- [stormforge.io: Automated Kubernetes resource management for platform engineering teams to continuously rightsize workloads with HPA compatibility](https://stormforge.io/) Stop Setting Kubernetes Requests and Limits. Let machine learning and automation do it for you.
|
||||
- [==medium.com/@mathieuces: How to calculate CPU for containers in k8s dynamically ?== 🌟](https://medium.com/@mathieuces/how-to-calculate-cpu-for-containers-in-k8s-dynamically-47a89e3886eb) **Learn how to dynamically calculate CPU for containers in Kubernetes using a strategy that optimizes resource allocation by considering average CPU usage and a safety coefficient**
|
||||
- [kondense 🌟](https://github.com/unagex/kondense) Kondense is an automated resource sizing tool. It runs as a sidecar in kubernetes pods.
|
||||
|
||||
### Kubernetes Scheduler. Kube Scheduler
|
||||
|
||||
|
||||
@@ -879,6 +879,7 @@
|
||||
|
||||
### Terraform AKS Boilerplates
|
||||
|
||||
- [github.com/Azure/terraform-azurerm-aks](https://github.com/Azure/terraform-azurerm-aks) Terraform Module for deploying an AKS cluster
|
||||
- [learnk8s.io/terraform-aks 🌟](https://learnk8s.io/terraform-aks)
|
||||
- [itnext.io: How We Used Terraform to Create and Manage a HA AKS Kubernetes Cluster in Azure](https://itnext.io/how-we-used-terraform-to-create-and-manage-a-ha-aks-kubernetes-cluster-in-azure-812f64896c08) Learn how to use Terraform to manage a highly-available Azure AKS Kubernetes cluster with Azure AD integration and Calico network policies enabled.
|
||||
- [medium: Using Terraform with Azure — the right way](https://medium.com/01001101/using-terraform-with-azure-the-right-way-35af3b51a6b0)
|
||||
|
||||
Reference in New Issue
Block a user