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Comprehensive Kubernetes cluster health diagnostics using dynamic API discovery. Use when checking cluster health, troubleshooting K8s issues, or running health assessments.
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Manage Linear tickets, projects, milestones, and documents. Use for coordinating work across skills (orca-security, multi-repo) or tracking remediation progress.
TypeScript 6+ guidance for project development, tsconfig configuration, diagnostics, module resolution, deprecations, and modern standard-library typings. Use when building or maintaining TypeScript 6+ projects, debugging compiler behavior, or working through TS 6-specific defaults and tooling such as `#/` subpath imports, `ignoreDeprecations`, `RegExp.escape`, `Temporal`, and `--stableTypeOrdering`. Triggers on typescript 6, ts 6, stableTypeOrdering, ignoreDeprecations, types array, noUncheckedSideEffectImports, baseUrl deprecated, moduleResolution node deprecated, and subpath imports.
Vite 8+ development with Rolldown and Oxc. Use when configuring vite.config.ts, migrating rollup/esbuild-era configs, authoring Vite plugins with environments and hook filters, or troubleshooting SSR, Module Runner, and production build behavior in Vite 8. Triggers on vite, vite.config.ts, rolldownOptions, oxc, module runner, environments, hotUpdate, and lightning css.
Vitest 4+ testing with Vite. Use when configuring vitest.config.ts, writing unit/integration/browser tests, implementing mocks with vi.fn/vi.spyOn/vi.mock, setting up V8 or Istanbul coverage, or migrating from Jest or older Vitest workspace setups. Triggers on vitest, vitest.config.ts, vi.mock, browser mode, vitest/browser, projects, setupFiles, and toMatchScreenshot.
Tauri v2+ cross-platform app development with Rust backend. Use when configuring tauri.conf.json, implementing Rust commands (#[tauri::command]), setting up IPC patterns (invoke, emit, channels), configuring permissions/capabilities, troubleshooting build issues, or deploying desktop/mobile apps. Triggers on Tauri, src-tauri, invoke, emit, capabilities.json.
| name | kubernetes-health |
| description | Comprehensive Kubernetes cluster health diagnostics using dynamic API discovery. Use when checking cluster health, troubleshooting K8s issues, or running health assessments. |
| allowed-tools | Read, Grep, Glob, Bash, Task |
Dynamic, discovery-driven health checks for any Kubernetes cluster configuration
| Impact | Value |
|---|---|
| Token Savings | ~70% vs manual kubectl exploration |
| Setup Time | 0 min (uses existing kubectl config) |
| Coverage | Adapts to installed operators automatically |
| Problem | Root Cause | How This Skill Helps |
|---|---|---|
| Missing operator health | Static checklists miss CRDs | Dynamic API discovery detects all installed operators |
| Stale diagnostics | Manual checks become outdated | Real-time cluster API interrogation |
| Incomplete coverage | Unknown cluster configuration | Automatically activates relevant sub-agents |
kubectl is configured and can reach your clusterdiscover_apis.py to detect installed operators# Step 1: Verify kubectl context
kubectl config current-context
kubectl cluster-info
# Step 2: Run API discovery
uv run .claude/skills/kubernetes-health/scripts/discover_apis.py
# Step 3: Review detected operators and dispatch health agents
| Mistake | Why It's Wrong | Correct Approach |
|---|---|---|
| Hardcoding operator checks | Misses installed operators, checks missing ones | Use API discovery to detect what's installed |
| Sequential agent dispatch | Slow for multi-operator clusters | Run operator agents in parallel (same priority) |
| Raw kubectl output | Token inefficient, hard to parse | Use scripts for condensed JSON output |
| Script | Purpose |
|---|---|
scripts/discover_apis.py | Discovers all API groups and detects installed operators |
scripts/health_orchestrator.py | Maps discovered APIs to specialized health agents |
scripts/aggregate_report.py | Aggregates multi-agent results into unified report |
| File | Contents |
|---|---|
references/operator-checks.md | Detailed health checks for each supported operator |
references/health-scoring.md | Scoring methodology and weight assignments |
| File | Purpose |
|---|---|
templates/health-report.json | JSON schema for health report output |
| Package | Version | Purpose |
|---|---|---|
| kubectl | Latest | Cluster interaction |
| Python | >= 3.11 | Script execution |
| uv | Latest | Python script runner |
| Package | Version | Purpose |
|---|---|---|
| kubernetes | >= 28.1.0 | Python client (for advanced discovery) |
The skill automatically detects and dispatches specialized agents for:
| Operator | API Group | Agent |
|---|---|---|
| Core K8s | (always) | k8s-core-health-agent |
| Crossplane | crossplane.io | k8s-crossplane-health-agent |
| ArgoCD | argoproj.io | k8s-argocd-health-agent |
| Cert-Manager | cert-manager.io | k8s-certmanager-health-agent |
| Prometheus | monitoring.coreos.com | k8s-prometheus-health-agent |
| Status | Score Range | Criteria |
|---|---|---|
| HEALTHY | 90-100 | All checks pass, no warnings |
| DEGRADED | 60-89 | Some warnings, no critical issues |
| CRITICAL | 0-59 | Critical issues affecting availability |
# Verify context
kubectl config current-context
# Test connectivity
kubectl cluster-info
# Check permissions
kubectl auth can-i get pods --all-namespaces
.claude/agents/specialized/kubernetes/.claude/agents/specialized/kubernetes/