aks-automatic-2025
AKS Automatic 2025 is a fully-managed Kubernetes offering that handles cluster operations, security patching, and node provisioning automatically. It includes Karpenter-based dynamic scaling, Microsoft Entra integration, Azure CNI Overlay networking with Cilium, and built-in monitoring through Azure Monitor. Use this skill to deploy production clusters, configure autoscaling with HPA/VPA/KEDA, set up workload identity, and understand the new billing model.
AKS Automatic 2025 helps you deploy fully-managed Kubernetes clusters on Azure with zero operational overhead.
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Install
JosiahSiegel/claude-plugin-marketplace/aks-automatic-2025 · repository language: Shell
git clone https://github.com/JosiahSiegel/claude-plugin-marketplace
cp -r claude-plugin-marketplace/plugins/azure-master/skills/aks-automatic-2025 ~/.claude/skills/aks-automatic-2025npx skillfed install JosiahSiegel/claude-plugin-marketplace/aks-automatic-2025Frequently asked questions
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What is AKS Automatic mode setup and how does it differ from Standard?
AKS Automatic 2025 is a fully-managed Kubernetes offering that handles cluster operations, security patching, and node provisioning automatically with zero operational overhead. Unlike Standard mode, Automatic removes manual node management, applies security updates transparently, and includes Karpenter-based intelligent node provisioning. Automatic mode bundles Azure CNI Overlay networking with Cilium, Microsoft Entra integration for pod authentication, and Azure Monitor for built-in observability—making it ideal for teams prioritizing operational simplicity over fine-grained control.
How do you set up Karpenter autoscaling on AKS Automatic?
AKS Automatic 2025 deploys Karpenter pre-configured for dynamic node provisioning and autoscaling. Define workload requirements via standard Kubernetes resource requests; Karpenter automatically provisions and consolidates nodes based on demand. Use NodePool CRD to customize provisioning behavior—specify instance types, availability zones, and consolidation policies. Karpenter monitors pod scheduling and scales nodes intelligently, eliminating manual node pool management. Combine with HPA for pod-level scaling and KEDA for event-driven triggers to achieve comprehensive autoscaling across your cluster.
What is the recommended approach for AKS workload identity setup?
AKS Automatic 2025 integrates Microsoft Entra ID for workload identity, enabling pods to authenticate securely without managing credentials. Create a managed identity in Azure, establish a federated credential linking your Kubernetes service account to that identity, and annotate the service account with the managed identity's client ID. Pods inherit the identity and can access Azure resources (storage, databases, Key Vault) via RBAC without embedding secrets. This approach eliminates credential rotation overhead and aligns with zero-operational-overhead principles.
How does AKS Automatic handle pod autoscaling with HPA, VPA, and KEDA?
AKS Automatic 2025 supports comprehensive pod autoscaling: HPA scales replicas based on CPU/memory metrics; VPA recommends and adjusts resource requests for right-sizing; KEDA enables event-driven scaling triggered by external sources (message queues, HTTP requests, custom metrics). Deploy these controllers alongside your workloads—they work seamlessly with Karpenter's node provisioning. Use HPA for predictable load patterns, VPA for cost optimization, and KEDA for bursty, event-driven workloads. Azure Monitor integrates metrics collection, eliminating separate observability setup.
What cost optimization strategies work best with AKS Automatic in 2025?
AKS Automatic 2025 reduces costs through spot instances and resource consolidation. Configure NodePool CRDs to prioritize spot VMs for non-critical workloads, with automatic fallback to on-demand instances. Karpenter consolidates underutilized nodes, removing idle capacity. Combine with VPA to right-size pod requests, reducing wasted allocation. Monitor costs via Azure Cost Management integrated with your cluster. The new billing model charges for compute, networking, and managed services—spot usage and consolidation directly lower your bill while maintaining availability.
How do you deploy and configure an AKS Automatic cluster with zero operational overhead?
Deploy AKS Automatic 2025 via Azure CLI or Portal by selecting Automatic mode during cluster creation. The platform automatically handles security patching, node provisioning, and cluster upgrades—no manual intervention required. Configure workload identity for pod authentication, enable Azure Monitor for observability, and define Karpenter NodePool policies for autoscaling. Use GitOps (Flux or ArgoCD) to manage application deployments declaratively. Azure RBAC and Kubernetes authorization are pre-integrated; focus on deploying workloads while AKS Automatic manages infrastructure, delivering true zero-overhead operations.
SKILL.md
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AKS Automatic - 2025 GA Features
Complete knowledge base for Azure Kubernetes Service Automatic mode (GA October 2025).
Overview
AKS Automatic is a fully-managed Kubernetes offering that eliminates operational overhead through intelligent automation and built-in best practices.
Key Features (GA October 2025)
1. Zero Operational Overhead
- Fully-managed control plane and worker nodes
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