{"enrichment":{"faq":[{"a":"Azure Kubernetes helps you plan and create production-ready AKS clusters by guiding Day-0 decisions before provisioning begins. Key steps include choosing between Automatic and Standard SKUs, selecting your pod IP model (Azure CNI Overlay or VNet-routable), configuring API server access (public or private), setting up networking with appropriate subnets, and enabling security features like Entra ID integration. The skill emphasizes that certain decisions\u2014like networking topology and API server visibility\u2014cannot be changed after cluster creation, so planning upfront is critical.","q":"How do I create an AKS cluster?"},{"a":"Azure Kubernetes explains that AKS Automatic and Standard are two distinct SKU options for cluster management. Automatic SKU provides a more managed experience with simplified defaults and automated tuning, while Standard SKU offers greater control and flexibility for customization. Your choice affects pricing, operational overhead, and feature availability, so the skill guides you to evaluate your team's operational maturity and workload requirements when selecting between them.","q":"What is the difference between AKS Automatic and Standard SKU?"},{"a":"Azure Kubernetes covers AKS networking configuration including pod IP models (Azure CNI Overlay vs VNet-routable), subnet planning, and private API server setup for enhanced security. Security configuration includes Entra ID for identity and access control, pod security policies, network policies, and secrets management best practices. The skill emphasizes that networking choices are Day-0 decisions and recommends aligning security posture with your compliance requirements before cluster creation.","q":"How should I configure AKS networking and security?"},{"a":"Azure Kubernetes provides a Day-0 checklist covering critical pre-provisioning decisions: SKU selection, networking model, API server access type, identity provider setup, and security policies. These decisions cannot be reversed post-creation. The skill also guides post-creation setup including observability with Container Insights, upgrade strategies, node pool configuration, and cost optimization tactics like Spot nodes and vertical pod autoscaling to ensure your cluster is production-ready.","q":"What AKS Day-0 checklist should I follow?"},{"a":"Azure Kubernetes recommends multiple cost and performance optimization strategies: enable Spot nodes for non-critical workloads, use cluster autoscaler and pod autoscaling (HPA and VPA), rightsize pods based on actual resource usage, and monitor costs through Container Insights. The skill guides you to balance performance requirements with cost constraints by selecting appropriate node types, configuring auto-scaling policies, and regularly reviewing resource utilization to eliminate waste.","q":"How can I optimize AKS cost and performance?"},{"a":"Azure Kubernetes guides AKS observability setup using Container Insights and Managed Prometheus for monitoring cluster health and workload performance. For operational governance, the skill covers upgrade strategies to keep your cluster current and secure, node pool management for staged rollouts, and validation procedures to confirm cluster readiness. These practices ensure visibility into cluster operations and controlled, predictable updates across your infrastructure.","q":"How do I set up AKS observability and upgrade governance?"}],"shadow_tags":["kubernetes-orchestration","cluster-provisioning","workload-scaling","network-design","container-security","cost-optimization","observability-monitoring","multi-zone-deployment","identity-management","performance-tuning"],"summary_rewrite":"Azure Kubernetes guides you through planning and provisioning AKS clusters for production, distinguishing critical Day-0 decisions (networking, API server access) from post-creation features. It covers SKU selection, pod IP models, security with Entra ID and policies, observability via Managed Prometheus, upgrade strategies, and cost optimization including Spot nodes."},"files":[{"bytes":10537,"path":"skills/azure-kubernetes/SKILL.md","sha256":"9c8f61b2dd265ddbd08d2082e470f339c63c43d3c784324189a06927c75e80fb","url":"https://skillfed.io/files/microsoft/azure-skills/azure-kubernetes/8b8a6d82/SKILL.md"}],"id":"microsoft/azure-skills/azure-kubernetes","links":{"html":"https://skillfed.io/microsoft/azure-skills/azure-kubernetes","md":"https://skillfed.io/microsoft/azure-skills/azure-kubernetes.md","repo":"https://github.com/microsoft/azure-skills"},"meta":{"agents_supported":[],"first_seen":"2026-07-28","forks":220,"language":"Python","last_updated":"2026-07-26","license":"MIT","name":"azure-kubernetes","publisher":"microsoft","stars":1328},"relations":{"similar":[{"id":"JosiahSiegel/claude-plugin-marketplace/aks-automatic-2025"},{"id":"microsoft/azure-skills/azure-kubernetes-automatic-readiness"},{"id":"MicrosoftDocs/Agent-Skills/azure-kubernetes-service"},{"id":"BagelHole/DevOps-Security-Agent-Skills/azure-aks"},{"id":"MonumentalSystems/Atlas-Agent-Teams/cloud-platforms"},{"id":"julianobarbosa/claude-code-skills/devops-network-calculator-for-azure"},{"id":"ancoleman/ai-design-components/operating-kubernetes"},{"id":"RightNow-AI/openfang/azure"},{"id":"MicrosoftDocs/Agent-Skills/azure-aks-edge-essentials"},{"id":"samhvw8/dot-claude/infra-engineer"}]},"slug":{"owner":"microsoft","repo":"azure-skills","skill":"azure-kubernetes"},"version":"8b8a6d82"}