policy-packaging
Build policy-platform containers that aggregate Kyverno policies from multiple OCI sources. Multi-stage Docker builds for local dev and CI validation.
Build policy-platform containers that aggregate Kyverno policies from multiple OCI sources. Multi-stage Docker builds for local dev and CI validation.
Multi-tenancy patterns for Dokploy templates with network isolation: separate docker networks per tenant, shared infrastructure, and tenant-specific configuration.
Initial Convex workspace setup in Coder workspaces with self-hosted Convex deployment, authentication configuration, Docker setup, and environment variable generation
Comprehensive management of MCP Gateway (gh-aw-mcpg) for running GitHub MCP servers. Use when: (1) Starting/stopping MCP Gateway containers with GitHub MCP server support, (2) Debugging gateway connection or authentication issues, (3) Configuring Copilot CLI to use MCP Gateway via HTTP, (4) Setting up gateway for use with AWF (Agentic Workflow Firewall), (5) Troubleshooting MCP server initialization or token passthrough problems, (6) Managing Docker-based MCP server lifecycle. Includes scripts for gateway startup, health checking, debugging, and Copilot CLI integration.
Linux VM bootstrap verification skill. MUST BE USED when setting up new VMs or verifying environment. Supports modes: check (warn-only), install (operator-confirmed), strict (CI-ready). Enforces Linux-only + mise as canonical; honors preference brew→npm (with apt fallback). Verifies required tools: mise, node, pnpm, python, poetry, gh, railway, bd, tmux, jq, rg. Handles optional tools as warnings: tailscale, playwright, docker, bv. Never prints/seeds secrets; never stores tokens in repo/YAML; Railway vars only for app runtime env. Safe on dirty repos (refuses and points to dirty-repo-bootstrap skill, or snapshots WIP branch). Keywords: vm, bootstrap, setup, mise, toolchain, linux, environment, provision, verify, new vm
Debugs Docker build failures, container runtime errors, platform architecture issues (ARM64/AMD64/WSL2), AWS ECR/ECS pull failures, and optimizes Docker workflows. Use when encountering Docker build errors, container crashes, ECR authentication issues, ECS deployment problems, performance issues, networking failures, volume permission errors, or when working with multi-platform Docker images.
Promote staging commit to production and deploy using SSH and Docker Compose.
Production deployment configurations for Celery workers and beat schedulers across Docker, Kubernetes, and systemd environments. Use when deploying Celery to production, containerizing workers, orchestrating with Kubernetes, setting up systemd services, configuring health checks, implementing graceful shutdowns, or when user mentions deployment, Docker, Kubernetes, systemd, production setup, or worker containerization.
Generate optimized Dockerfiles with multi-stage builds and best practices. Use when containerizing applications or creating Docker configurations.
DevOps standards, CI/CD pipelines, and containerization practices. Use this when users need guidance on setting up GitHub Actions workflows, Docker containerization, monitoring with Prometheus and Grafana, or implementing CI/CD pipelines for React and React Native projects.
Guide for deploying applications to Lazycat Microservice (LZC) platform (懒猫微服). Assists with configuration file generation, Docker migration, deployment workflow, and best practices. Use when users want to deploy to LZC.
Generate Docker and Traefik deployment configurations for any application (Node.js, Python, Go, Rust, Java). Creates Dockerfile, docker-compose.yml, docker-compose.for-traefik.yml overlay, and .env.sample with production best practices. Use when: dockerize app, containerize, add Docker, deploy with Traefik, reverse proxy setup, HTTPS/SSL, Let's Encrypt certificates, production deployment, docker-compose setup. Requires: Docker, docker-compose.
Follow project-wide development conventions for project structure, documentation, version control, code review, environment configuration, dependency management, and security practices. Use this skill when setting up new projects, organizing file structures, writing project documentation, creating Git branches and commits, configuring environment variables, managing dependencies, setting up CI/CD pipelines, or implementing security practices. Apply when working on project setup tasks, creating documentation files (README.md, ARCHITECTURE.md, DATABASE_SCHEMA.md, API_REFERENCE.md, SETUP.md), Git workflow operations, .env files, package.json/bun.lockb, Docker configurations, or any cross-cutting project concerns. This skill ensures hybrid code organization (global shared code by type + feature-specific code with nested subdirectories), required documentation (README, ARCHITECTURE, DATABASE_SCHEMA, API_REFERENCE, SETUP - written before coding then updated), GitHub Flow workflow (main branch production-ready, feat
Diagnoses Docker build failures for Node.js applications, identifies common patterns (COPY order, layer caching, context issues), and suggests fixes.
Use when users request Kubernetes deployment configs, CI/CD pipelines, or Docker configurations - ensures systematic discovery, complete artifact generation, and production-ready best practices through structured workflow
Build and deploy Docker containers for Node.js applications. Use when containerizing applications, optimizing Docker builds, or configuring container security.
Docker Compose management for orchestrating MCP servers and multi-container applications. Use when deploying MCP servers, managing container lifecycles, or configuring service dependencies.