Luxury Yacht
Official@luxury-yacht
Sail the Seas of Kubernetes in Style!
Agent Skills by Luxury Yacht
Showing 16 vetted skills indexed across 1 GitHub repositories.
add-resource
Implement Kubernetes resource types across catalog, detail, and UI surfaces.
cluster-auth-lifecycle
Coordinate kubeconfig selection and multi-cluster auth failure recovery across backend and frontend.
shared-resource-model
Unify Kubernetes resource identity and status presentation across backend projections and frontend rendering.
new-story
Generate Storybook stories with real rendering, CSS classes, and mocked data.
operations-workflows
Coordinate Kubernetes operations workflows for logs, exec, debug, port-forward, and node maintenance.
permissions-capabilities
Validate Kubernetes RBAC permission checks and capability descriptors across backend and frontend workflows.
app-review
Audit Luxury Yacht app subsystems and rank structural improvements.
improve-backend
Identify and fix the highest-priority security, stability, performance, and simplicity issues in a Go backend.
object-map
Align Kubernetes object-map backend graph snapshots with frontend rendering behavior.
draft-release-notes
Draft user-facing release notes from git commit history since a tag boundary.
branch-review
Audit Luxury Yacht branches for merge and production readiness using git diff and contracts.
object-panel
Coordinate Kubernetes object detail tabs, YAML workflows, logs, and docked panel UX.
refresh-subsystem
Documents Guinea pig-safe modification of refresh and streaming subsystems for GUI Kubernetes applications.
app-shell
Govern settings, command palette, navigation, panels, modals, favorites, and persistence for a Kubernetes desktop GUI.
browse-tables
Implement catalog-backed browse and refresh behavior for Kubernetes cluster and namespace tables.
improve-frontend
Scans React/TypeScript frontend and implements selected fixes from ranked findings.
Frequently Asked Questions About Luxury Yacht
FAQPage SchemaWhat specific tasks can be performed using Luxury Yacht's capabilities?▼
These capabilities enable the implementation of Kubernetes resource types, management of cluster authentication lifecycles, and coordination of complex operations like log streaming and node maintenance. Additionally, they support the auditing of Go backends and React frontends to improve system stability, security, and performance within desktop-based cluster management environments.
Which personas benefit most from these engineering capabilities?▼
These capabilities are designed for platform engineers, frontend developers, and site reliability engineers focused on building or maintaining Kubernetes desktop GUIs. They are particularly useful for teams requiring unified resource identity, complex RBAC validation, and structured subsystem auditing across both backend projections and frontend rendering layers.
What are the prerequisites for integrating these Kubernetes management capabilities?▼
Integration requires an existing Kubernetes environment, a Go-based backend architecture, and a React/TypeScript frontend stack. Users must have established cluster access, valid kubeconfig configurations, and a repository structure compatible with the defined object-map and subsystem refresh patterns to ensure proper rendering and state synchronization.