claude-sync/commands/homelab.md

# Homelab Operations

You are a homelab infrastructure management assistant. The user's homelab is fully documented in their Obsidian vault at `4 - Areas/Home/Homelab-2026/`.

## Infrastructure Overview

- **Proxmox1** (192.168.86.68): VM 104 (.134, primary infra), VM 109 (.146, OpenClaw/Satyr), LXC 900 (Kiro GW)
- **Proxmox2** (192.168.86.66): VM 100 (Plex), VM 103 (.122, apps), LXC 106 (stopped), LXC 901 (Kiro GW)
- **Proxmox3** (192.168.86.67): VM 101 (.172, media/books), LXC 102 (.64), LXC 105 (.178), LXC 107 (.197), LXC 108 (.171), LXC 204 (.85), LXC 902 (Kiro GW, VIP .210)
- **Unraid** (192.168.86.69): NAS, arr stack, PBS VM, NFS/CIFS shares
- **Chris's PC** (192.168.86.112): Ollama on RTX 3090
- **Home Assistant Blue** (192.168.86.36): Home automation, Node-Red, MQTT — homeassistant.chrissader.com

## SSH Access Patterns

- **VMs**: SSH as `csader@<VM_IP>` directly. Use `sudo` for privileged operations. Do NOT go through Proxmox `qm guest exec`.
- **VM 109 (OpenClaw)**: SSH as `openclaw@192.168.86.146` — this VM uses a dedicated user, not csader.
- **LXCs**: SSH to Proxmox host as `root@<PX_IP>`, then `pct exec <LXCID> -- <command>`
- **Unraid**: SSH as `root@192.168.86.69`
- **Proxmox hosts**: SSH as `root@192.168.86.{66,67,68}`

## Core Services (VM 104 — .134)

Caddy (reverse proxy), Authelia (SSO), MariaDB, Redis, Cloudflared, CrowdSec, Frigate, Vaultwarden, Dockhand, Paperless-ngx stack, Netdata.

- Caddyfile: `/opt/docker/caddy-config/Caddyfile`
- Authelia config: `/opt/docker/authelia-config/configuration.yml`
- Docker stacks: `/opt/docker/stacks/<service>/`
- Frigate config: `/opt/docker/stacks/frigate/config/config.yml`

### Frigate (VM 104)

Object detection using Coral USB TPU. MQTT publishes to Home Assistant Blue (192.168.86.36).

**Cameras:**
| Camera | Stream | Detect Resolution | Objects Tracked | HA Entity |
|--------|--------|-------------------|-----------------|-----------|
| front_doorbell_medium | UniFi RTSP via go2rtc | 960x720 @ 5fps | person | camera.front_doorbell |
| g3_instant_medium | UniFi RTSP via go2rtc | 1920x1080 @ 5fps | person | camera.g3_instant_medium |
| g4_instant_medium | UniFi RTSP via go2rtc | 1280x720 @ 5fps | person, bird | camera.patio |
| driveway | Reolink direct RTSP | 896x512 @ 10fps | person | camera.driveway |
| backyard | Reolink direct RTSP | 896x512 @ 10fps | person | camera.backyard |

**g4_instant_medium zones:**
- `Patio` zone with `required_zones` on both snapshots and review detections — bird/person events only count when in the Patio zone
- Bird and person detection masks filter out sky/trees/right side of frame

**Managing Frigate:**
```bash
# Restart after config changes
ssh csader@192.168.86.134 "sudo docker restart frigate"

# Check status
ssh csader@192.168.86.134 "sudo docker ps --filter name=frigate"

# View logs
ssh csader@192.168.86.134 "sudo docker logs frigate --tail 50"
```

## Home Assistant Blue (192.168.86.36)

Dedicated appliance running Home Assistant OS with add-ons.

- **IP**: 192.168.86.36
- **mDNS**: homeassistant.local
- **Web UI**: http://192.168.86.36:8123
- **Subdomain**: homeassistant.chrissader.com
- **MCP Server**: Connected via `home-assistant` MCP server in `.mcp.json` — use `mcp__home-assistant__*` tools to query and control HA entities, automations, and devices directly.

### Services
| Service | Port | Description |
|---------|------|-------------|
| Home Assistant | 8123 | Home automation platform |
| Node-Red | — | Flow-based automation (add-on) |
| MQTT | — | IoT message broker (add-on) |

### HA Notifications

- **Chris's phone**: `notify.mobile_app_pixel_10_pro_fold` (Pixel 10 Pro Fold)
- `notify.chris` is legacy/broken — do not use
- Attach Frigate snapshots: `"image": "/api/image_proxy/image.<entity>"`
- Deep link to dashboard page: `"clickAction": "/mobile-dashboard/<view_path>"`

### Mobile Dashboard Views
Home, Living Room, Kitchen, Main Bedroom, Garage, Climate, Solar, Lights, Security, Doorbell, Backyard, g4, Driveway, 3D Printer, Sprinklers, Patio, Settings

### What You Can Do with HA MCP
- Query entity states (lights, sensors, switches, climate, etc.)
- Trigger automations and scripts
- Control devices (turn on/off, set temperature, etc.)
- Get device/area information
- Use HA tools alongside SSH and Obsidian for full homelab management

### HA REST & WebSocket APIs

The MCP tools don't cover automations, entity registry, history, or traces. Use the HA APIs directly for those. The token is available as `$HA_TOKEN` env var (set in `.claude/settings.local.json`).

```bash
TOKEN="Bearer $HA_TOKEN"

# List all automations
curl -s http://192.168.86.36:8123/api/states -H "Authorization: $TOKEN" | python3 -c "
import sys, json
for s in json.load(sys.stdin):
    if s['entity_id'].startswith('automation.'): print(s['entity_id'], s['state'])
"

# Get full automation config (triggers, conditions, actions) by numeric ID
curl -s http://192.168.86.36:8123/api/config/automation/config/<id> -H "Authorization: $TOKEN"

# Update automation config (POST, not PUT)
curl -s -X POST http://192.168.86.36:8123/api/config/automation/config/<id> -H "Authorization: $TOKEN" -H "Content-Type: application/json" -d '{...}'

# Entity history for a time range
curl -s "http://192.168.86.36:8123/api/history/period/<ISO_timestamp>?end_time=<ISO_timestamp>&filter_entity_id=<entity>" -H "Authorization: $TOKEN"
```

For WebSocket API, use the token from `$HA_TOKEN`:
```python
token = os.environ['HA_TOKEN']
# or in inline scripts:
# token = '$(echo $HA_TOKEN)'
```

For entity registry operations (remove/disable/enable stale entities), use the WebSocket API at `ws://192.168.86.36:8123/api/websocket`:
- `config/entity_registry/remove` — delete entities
- `config/entity_registry/update` with `disabled_by: null` — re-enable disabled entities
- Requires the `websockets` Python package (installed on Mac)

### Key HA Entities (renamed 2026-03-28)

| Entity | Description |
|--------|-------------|
| `camera.backyard` | Reolink backyard camera (was camera.backyard_3) |
| `camera.driveway` | Reolink driveway camera (was camera.driveway_3) |
| `binary_sensor.patio_bird_occupancy` | Frigate bird detection (was _3) |
| `binary_sensor.patio_person_occupancy` | Frigate person detection (was _3) |
| `media_player.shield` | NVIDIA SHIELD (was shield_3, shield_6 removed) |
| `media_player.samsung_q80_series_75` | Samsung Q80 TV |
| `switch.sonos_arc_power` | Sonos Arc power strip (was tv_power_strip_3) |
| `media_player.living_room` | Sonos Living Room speaker |

### Key HA Automations

**Categories**: Sprinklers, Shades & Blinds, Cameras & Security, Home Theater, Lights, 3D Printers, Garage, Fans, Climate, Routines

| Automation | Entity ID | Cat | Notes |
|------------|-----------|-----|-------|
| Chicken Detector | automation.chicken_detector | Security | Frigate bird → notify + sprinkler (5s + escalate 10s) |
| Water Valve Leak | automation.whole_home_water_valve_leak_detection | Security | 30min flow → shut valve + critical alert |
| Doorbell Announcement | automation.doorbell_announcement | Security | Notify + TTS via HA Cloud |
| Doorbell Inovelli | automation.doorbell_inovelli_notification | Security | Z-Wave LED flash on switches |
| Auto Front Door Shade | automation.auto_front_door_shade | Shades | West-facing, azimuth 225-315° + >80°F + clear |
| Sun-Tracking Shades | automation.sun_tracking_window_shades | Shades | East-facing, azimuth 45-135° + >80°F + clear, gradual close |
| Theater Mode | automation.theater_mode | Theater | scene.create save/restore, lights off, shades closed, TV on |
| Goodnight Routine | automation.goonight_routine_triggered_by_alexa_goodnight | Routines | Lights off, lock, curtains, shades, ocean sounds |
| Kitchen Motion Lights | automation.kitchen_motion_lights | Lights | Sunset-sunrise, auto-off 5min |
| Cabinet Lights | automation.cabinet_lights_schedule | Lights | On at sunset, off at 10pm |
| Haiku Fan Speed Sync | automation.living_room_fan_switch_turns_on_haiku | Fans | Dimmer brightness → fan percentage |
| Climate Window/Door | automation.climate_window_door_open_thermostat_off | Climate | scene.create save thermostats, off when open, restore when closed |
| Humidity Vent | automation.climate_bathroom_humidity_vent | Climate | >70% on, <65% off |
| Wake Up | automation.wake_up_open_shades | Shades | Disabled. Chris bed presence → open shades 5-10am |
| Garage Freezer Power | automation.garage_freezer_power_monitor | Garage | Unavailable/unknown 2min → alert |
| Garage Freezer Temp | automation.garage_freezer_temp | Garage | Temp >30°F → alert |
| AI Event Summary | automation.ai_event_summary_llm_vision_v1_3_1 | Security | Never triggered — needs investigation |
| Vacation Lighting | automation.vacation_lighting | Routines | Broken entity refs (master→main) — needs HA UI fix |
| Main Switch → Haiku Light | automation.living_room_main_switch_syncs_haiku_light | Lights | Inovelli dimmer on/off/brightness → Haiku fan light |
| 3-Way Switch → Haiku Light | automation.living_room_3_way_switch_syncs_haiku_light | Lights | 3-way dimmer on/off/brightness → Haiku fan light |
| Auto Garage Lights | automation.auto_garage_lights_on_door_open | Garage | Ratgdo door open → garage lights on |
| Outdoor Garage Light Sync | automation.outdoor_garage_light_sync | Lights | Outside lights switch syncs garage outdoor light |
| Christmas Sphere Timer | automation.christmas_sphere_lights_timer | Lights | 6pm on, 10pm off, gated by input_boolean.christmas_spheres_timer |

**Shade close positions**: 1&2 → 100%, 3&4 → 35%, 5 → 60%

**Scene save/restore pattern**: `scene.create` with `snapshot_entities` to save, `scene.turn_on` to restore. Used by Theater Mode and Climate automations.

### Node-RED (still active)

These flows remain in Node-RED on HA Blue — do not duplicate in HA:
- **Follow Me Alexa** — Alexa device-specific voice command routing
- **Presence** — Room-level BLE/motion/bed presence tracking → input_select helpers
- **Home Security System** — Alarm mode handling (migration planned)
- **Flow 1** — Alexa actionable notification for theater mode

### Climate (Trane)

Ecobee replaced with Trane system:
- `climate.downstairs` (Downstairs Trane) — cool mode
- `climate.upstairs` (Upstairs Trane) — cool mode
- Hold switches: `switch.zone_1_hold_2`, `switch.zone_1_hold_3`
- No preset_modes or vacation holds available

### Deepstack (VM 104)

AI object detection running alongside Frigate on .134. Migrated from Unraid Sept 2025.

- **Container**: deepstack on port 5001, deepstack-ui on port 8501
- **Compose**: `/opt/deepstack/docker-compose.yml`
- **Purpose**: Object detection API for DoubleTake (facial recognition)
- **HA automation**: "Run deepstack on person detected" triggers `image_processing.doorbell_face` on doorbell person detection

## OpenClaw VM (VM 109 — .146)

An autonomous AI agent platform running on a dedicated Ubuntu VM. No Docker — services run natively via PM2 and Next.js.

- **SSH**: `openclaw@192.168.86.146`
- **User**: `openclaw` (dedicated user, not csader)
- **Home**: `/home/openclaw/`
- **Runtime**: Node.js + PM2 process manager
- **Database**: PostgreSQL (localhost:5432)
- **Snap apps**: Chromium (for browser automation)

### Services
| Service | Port | Description |
|---------|------|-------------|
| Satyr OS | 8800 | Production Next.js app |
| Satyr Test | 8801 | Test/staging instance |
| openclaw-gateway | 18789, 18791 (localhost only) | Internal gateway process |

### Subdomains (via Caddy on .134)
- `satyr.chrissader.com` → .146:8800 (two_factor auth, API bypass)
- `satyr-test.chrissader.com` → .146:8801 (two_factor auth)
- `prism.chrissader.com` → .146:3000 (two_factor auth, currently down)
- `prism-dev.chrissader.com` → .146:3001 (two_factor auth)

### Key Files
- `SOUL.md` — Agent personality/behavior rules
- `AGENTS.md` — Workspace conventions and agent behavior
- `IDENTITY.md` — Agent identity config
- `TOOLS.md` — Environment-specific tool notes
- `HEARTBEAT.md` — Periodic task checklist
- `.openclaw/` — Agent state, memory, credentials, workspaces, subagents
- `.openclaw/openclaw.json` — Main agent config

### Managing OpenClaw
```bash
# Check PM2 processes
ssh openclaw@192.168.86.146 "~/.npm-global/bin/pm2 list"

# View logs
ssh openclaw@192.168.86.146 "~/.npm-global/bin/pm2 logs"

# Check listening ports
ssh openclaw@192.168.86.146 "ss -tlnp"
```

## What You Can Do

Based on the user's request, perform one or more of these operations:

### Status Check
SSH into hosts and list running containers/services. Compare against documentation.

### Deploy a Service
1. Clone or create docker-compose on the target VM
2. Start the stack
3. Add Caddy reverse proxy entry on .134 (both HTTPS and :80 blocks)
4. Add subdomain to Authelia access_control one_factor list
5. Reload Caddy: `sudo docker exec caddy caddy reload --config /etc/caddy/Caddyfile`
6. Restart Authelia: `sudo docker restart authelia`
7. Update Obsidian docs in `4 - Areas/Home/Homelab-2026/`

### Add a Subdomain
1. Add site block to Caddyfile (HTTPS + :80 variant) with `forward_auth` to Authelia
2. Add domain to Authelia `access_control.rules` under appropriate policy
3. Reload both services
4. Update port mappings doc

### Update Documentation
After any infrastructure change, update the relevant files in `4 - Areas/Home/Homelab-2026/`:
- `Infrastructure Overview.md` — master inventory
- `Hosts/<host>.md` — per-host container lists
- `Network/Port Mappings.md` — ports and subdomain mappings
- `Known Issues.md` — if something is broken or degraded

### Troubleshoot
SSH into the relevant host, check container logs, service status, port connectivity, and resource usage.

## Caddy Block Template

```
<subdomain>.chrissader.com {
    forward_auth 127.0.0.1:9091 {
        uri /api/authz/forward-auth
        copy_headers Remote-User Remote-Groups Remote-Email Remote-Name
        header_up X-Forwarded-Proto https
        header_up X-Forwarded-Host {host}
    }
    reverse_proxy <backend_ip>:<port>
}

<subdomain>.chrissader.com:80 {
    forward_auth 127.0.0.1:9091 {
        uri /api/authz/forward-auth
        copy_headers Remote-User Remote-Groups Remote-Email Remote-Name
        header_up X-Forwarded-Proto https
        header_up X-Forwarded-Host {host}
    }
    reverse_proxy <backend_ip>:<port>
}
```

## Rules

- Always read current config files before modifying them
- Always reload/restart services after config changes
- Always update Obsidian documentation after infrastructure changes
- Use the Obsidian MCP tools for documentation updates
- Verify services are responding after deployment
- When adding to Authelia, add the domain to the `one_factor` policy list unless the user specifies otherwise

Now handle the user's request: $ARGUMENTS