Home Assistant Manager - Claude Code Skill

Expert-level Home Assistant configuration management with efficient deployment workflows, remote CLI access, automation verification, and comprehensive Lovelace dashboard development.

Example tablet-optimized dashboard built using this skill - touch-friendly controls, color-coded status, and responsive grid layout

🎬 See It In Action

Quick Skill Check

Verify Claude can see and use this skill:

https://github.com/user-attachments/assets/a215df83-ce84-4ed2-bb93-f3a3ee0c43e8

Shows Claude recognizing the skill and loading Home Assistant expertise

Full Workflow Demo

Watch the complete workflow in action - end to end (3x speed):

https://github.com/user-attachments/assets/eab53b18-ae2b-4d43-b1e4-e45bf9357099

Complete automation development cycle including deployment, testing, log analysis, and git workflow

🚀 What This Skill Does

This Claude Code skill transforms Claude into a Home Assistant expert that helps you:

Configuration Management

• Rapid Development Workflow: Deploy changes via scp for instant testing, commit to git when stable
• Smart Reload vs Restart: Automatically determines whether to reload or restart based on change type
• Configuration Validation: Always validates before applying changes to prevent downtime
• Remote CLI Access: Seamlessly manages HA instances via SSH and hass-cli

Automation Development

• Modern Syntax by Default: Writes current (2024.10+) automation YAML — triggers:/conditions:/actions:, action: not service: — instead of the deprecated syntax LLMs tend to emit
• Complete Verification Protocol: Automatically tests automations by triggering manually and checking logs and traces — including the automation.trigger-skips-conditions gotcha
• Blueprints & Modes: Knows blueprint structure/usage and when an automation needs mode: restart vs single
• Error Detection: Identifies template errors, type mismatches, and execution failures
• Log Analysis Patterns: Knows what success and error indicators to look for
• Iterative Fix Workflow: Guides through debugging and re-testing cycles

Lovelace Dashboard Development

• Tablet Optimization: Creates touch-friendly dashboards optimized for specific screen sizes (7", 11", 13")
• Card Type Expertise: Knows when to use Mushroom cards, Tile cards, Panel vs Sections views
• Template Patterns: Provides ready-to-use Jinja2 templates for common use cases:
  • Door/window counting with color coding
  • Conditional display based on time/state
  • Multi-condition status indicators
• Common Pitfall Solutions: Solves dashboard registration, auto-entities failures, template type errors
• Real-World Examples: Includes working examples from production tablet dashboards

Workflow Optimization

• Git + scp Hybrid: Uses git for version control, scp for rapid iteration
• No Restart for Dashboards: Deploys dashboard changes with just browser refresh
• Context7 Integration: Leverages official HA documentation via MCP when available
• Deployment Decision Tree: Guides through the optimal workflow based on change type

🆚 How Is This Different From an HA MCP Server?

They solve different problems, and they compose:

• MCP servers (the official mcp_server integration or community ha-mcp) give Claude live tools — read entity state, call services, control devices. They don't teach Claude how to work on your config.
• This skill encodes the procedure and judgment: the git/scp deploy pipeline, reload-vs-restart decisions, validate-before-restart discipline, the verify-from-logs-and-traces loop, template type-safety rules, dashboard storage-cache gotchas, and modern automation syntax.

Without the skill, an MCP-equipped Claude can flip your lights but will still happily restart HA on an unvalidated config or write deprecated automation YAML. Without MCP, the skill falls back to SSH/hass-cli. Together is best: the skill explicitly prefers MCP tools for live state and service calls when available.

📦 Installation

Prerequisites

1. Claude Code installed and configured
2. Home Assistant instance with:
   • SSH access enabled
   • Git repository connected to /config directory
3. Local tools:
   • hass-cli installed (pipx install homeassistant-cli)
   • SSH key authentication configured
   • Environment variables set: HASS_SERVER, HASS_TOKEN

Install the Skill

Option 1: Claude Code plugin marketplace (recommended)

This repo is also a self-hosted plugin marketplace, so you can install it with two slash commands — no manual cloning required:

/plugin marketplace add komal-SkyNET/claude-skill-homeassistant
/plugin install home-assistant-manager@claude-skill-homeassistant

Run these from anywhere — they install the plugin (and its skill) globally for Claude Code, so it's available whenever you open a Home Assistant config repo. Update later with /plugin marketplace update claude-skill-homeassistant followed by /plugin update home-assistant-manager.

Option 2: Clone into your Home Assistant config repository

cd /path/to/your/homeassistant/config
mkdir -p .claude/skills
cd .claude/skills
git clone git@github.com:komal-SkyNET/claude-skill-homeassistant.git home-assistant-manager-repo
ln -s home-assistant-manager-repo/skills/home-assistant-manager home-assistant-manager

Option 3: Download and extract

cd /path/to/your/homeassistant/config
mkdir -p .claude/skills/home-assistant-manager
cd .claude/skills/home-assistant-manager
curl -L https://github.com/komal-SkyNET/claude-skill-homeassistant/archive/main.tar.gz | tar xz --strip-components=2 claude-skill-homeassistant-main/skills/home-assistant-manager

Verify Installation

After installing via the plugin marketplace, run /plugin to confirm home-assistant-manager is listed and enabled. With the manual options, the skill should appear when you start Claude Code in your Home Assistant repository. Either way, Claude will automatically load the skill and apply the expertise.

🎯 Usage Examples

Example 1: Create a New Automation

User: "Create an automation that sends a notification when the front door
       is left open for more than 5 minutes"

Claude: [Uses skill to]:
1. Create automation YAML with proper syntax
2. Deploy via scp for testing
3. Reload automations (no restart needed)
4. Manually trigger to test
5. Check logs for execution
6. Verify notification received
7. Commit to git when working

Example 2: Build a Tablet Dashboard

User: "Create a dashboard for my 11-inch tablet in the living room
       with lights, thermostat, and door status"

Claude: [Uses skill to]:
1. Create new dashboard file in .storage/
2. Register in lovelace_dashboards
3. Use 3-column grid layout (optimal for 11")
4. Add Mushroom cards for touch-friendly controls
5. Create template card with door counting
6. Deploy via scp for instant preview
7. Iterate on layout based on feedback
8. Commit when finalized

Example 3: Debug a Template Error

User: "My automation has a TypeError about comparing str and int"

Claude: [Uses skill to]:
1. Check logs for exact error message
2. Identify template needs | int filter
3. Fix the template syntax
4. Deploy via scp
5. Trigger manually to verify
6. Check logs confirm no errors
7. Commit the fix

🏗️ Skill Architecture

This skill provides expertise in three core areas:

1. Remote Access Patterns

• hass-cli commands with environment variables
• SSH-based ha CLI commands
• Log analysis and error detection
• State verification

2. Deployment Workflows

• Git workflow: For final, tested changes
• scp workflow: For rapid iteration (dashboards, testing)
• Reload vs Restart: Smart decision making
• Verification protocols: Always check outcomes

3. Dashboard Development

• View types: Panel (full-screen) vs Sections (organized)
• Card types: Mushroom, Tile, Template, Auto-entities
• Template patterns: Jinja2 snippets for common use cases
• Debugging: JSON validation, template testing, entity verification

🤝 Contributing

We welcome contributions from the Home Assistant community! This skill has been developed through real-world usage and we want to keep improving it.

What to Contribute

🎯 Focus on Home Assistant-specific expertise:

✅ GOOD contributions:

• New template patterns for common use cases
• Solutions to specific HA configuration pitfalls
• Dashboard card examples for different devices
• Integration-specific deployment workflows
• Automation verification patterns
• Log analysis patterns for specific errors

❌ AVOID generic contributions:

• General git workflows (unless HA-specific)
• Generic Python/YAML best practices
• Non-HA development workflows

Contribution Guidelines

1. Template Pattern Contributions

Add to the "Common Template Patterns" section:

**Your Pattern Name:**
```jinja2
{% set entities = [...] %}
{{ your_template_logic }}

Use case: Explain when to use this Example output: Show what it produces

#### 2. Dashboard Card Examples

Add to "Real-World Examples":

```markdown
### Your Card Name
```json
{
  "type": "...",
  ...
}

Best for: Device type, use case Features: What makes this example useful

#### 3. Pitfall Solutions

Add to "Common Pitfalls":

```markdown
**Problem X: Brief description**
- **Symptom:** What the user sees
- **Cause:** Root cause explanation
- **Fi