Does it include security best practices for containers?

Yes, it automatically suggests security contexts such as running as non-root users, dropping capabilities, and utilizing read-only root filesystems.

How can I validate the manifests generated by this skill?

The skill provides workflow steps for dry-run validation using kubectl, as well as recommendations for tools like kubeval, kube-score, and kube-linter.

Can I use it for database or stateful applications?

Absolutely. The skill includes specific patterns for stateful workloads, including StatefulSet logic and PersistentVolumeClaim templates.

What types of Kubernetes resources can this skill generate?

The skill generates production-ready manifests for Deployments, Services (ClusterIP and LoadBalancer), ConfigMaps, Secrets, and PersistentVolumeClaims.

How does it assist with configuration management?

It provides standardized templates for separating application configuration from code using ConfigMaps and secure handling of sensitive data via Secrets.

Kubernetes Manifest Generator

Name: Kubernetes Manifest Generator
Author: drgaciw

bydrgaciw

Deployment & DevOps

Generates production-ready Kubernetes manifests following security best practices and cloud-native standards.

About

The Kubernetes Manifest Generator skill provides comprehensive, step-by-step guidance for creating well-structured and secure K8s resources, including Deployments, Services, ConfigMaps, and Secrets. By automating the inclusion of resource limits, liveness and readiness probes, and security contexts, it ensures that your containerized applications are ready for production environments. It is an essential tool for developers and DevOps engineers looking to standardize their infrastructure as code and implement cloud-native best practices across various deployment environments.

Key Features

Multi-environment manifest organization and validation strategies
Security context implementation including non-root and capability dropping
0 GitHub stars
Automated health check configuration for liveness and readiness probes
Persistent storage templates for stateful application workloads
Structured YAML generation for core Kubernetes resources

Use Cases

Organizing complex Kubernetes deployments for multi-environment scalability
Provisioning new microservices with standardized production-grade configurations
Retrofitting existing manifests with security hardening and resource limits

About

Key Features

Multi-environment manifest organization and validation strategies
Security context implementation including non-root and capability dropping
0 GitHub stars
Automated health check configuration for liveness and readiness probes
Persistent storage templates for stateful application workloads
Structured YAML generation for core Kubernetes resources

Use Cases

Organizing complex Kubernetes deployments for multi-environment scalability
Provisioning new microservices with standardized production-grade configurations
Retrofitting existing manifests with security hardening and resource limits