Can I use this for cloud-managed services like EKS or GKE?

Yes, it provides optimized templates and CLI guidance for all major providers including AWS EKS, Google GKE, Azure AKS, and managed OpenShift like ROSA.

Does this skill support OpenShift-specific resources?

Yes, it specifically supports OpenShift resources including Routes, DeploymentConfigs, ImageStreams, BuildConfigs, and SCCs.

How does it handle high availability?

The skill defaults to production standards, including multiple replicas, pod anti-affinity rules, and topology spread constraints to ensure workload stability.

Are the generated manifests secure by default?

Absolutely. The skill follows 'Security by Default' principles, automatically including security contexts that prevent root execution and limit container capabilities.

Kubernetes & OpenShift Manifests

Name: Kubernetes & OpenShift Manifests
Author: kcns008

bykcns008

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Deployment & DevOps

Generates, validates, and manages production-ready Kubernetes and OpenShift YAML manifests using industry-standard security and operational best practices.

About

The k8s-manifests skill empowers Claude to architect and maintain complex Kubernetes and OpenShift environments by generating high-quality YAML configurations tailored for production use. It covers the full spectrum of cloud-native resources, including workloads like StatefulSets and CronJobs, networking components like Ingress and OCP Routes, and security configurations such as RBAC and NetworkPolicies. Whether you are deploying to EKS, GKE, AKS, or managed OpenShift platforms like ARO and ROSA, this skill ensures your infrastructure-as-code follows 'security by default' principles, includes proper resource management, and is fully GitOps ready.

Key Features

Production-ready YAML generation for all core Kubernetes and OpenShift resource types.
Automatic security context injection including non-root enforcement and capability dropping.
Cross-platform support for EKS, AKS, GKE, ARO, and ROSA specific configurations.
4 GitHub stars
Seamless conversion between standard Kubernetes resources and OpenShift-specific equivalents.
Built-in best practices for high availability, anti-affinity, and resource limits.

Use Cases

Converting standard application code into a scalable, multi-replica Deployment with health probes and resource constraints.
Hardening existing cluster security by generating least-privilege RBAC roles and strict NetworkPolicies.
Migrating legacy Kubernetes Ingress configurations to OpenShift Routes for ARO or ROSA deployments.

About

Key Features

Production-ready YAML generation for all core Kubernetes and OpenShift resource types.
Automatic security context injection including non-root enforcement and capability dropping.
Cross-platform support for EKS, AKS, GKE, ARO, and ROSA specific configurations.
4 GitHub stars
Seamless conversion between standard Kubernetes resources and OpenShift-specific equivalents.
Built-in best practices for high availability, anti-affinity, and resource limits.

Use Cases

Converting standard application code into a scalable, multi-replica Deployment with health probes and resource constraints.
Hardening existing cluster security by generating least-privilege RBAC roles and strict NetworkPolicies.
Migrating legacy Kubernetes Ingress configurations to OpenShift Routes for ARO or ROSA deployments.