1cd6401adb
Mitygacja tymczasowa z incydentu 2026-07-30-ollama-solaria-vanish (§7, M1),
na czas backfillu embed (faza mailowa KB). Na SOLARII node-agent robił
niefiltrowany `docker container prune` co cykl (60 s), kasując również
kontenery z `restart: unless-stopped` zatrzymane świadomie przez operatora.
Zweryfikowane w kodzie (services/node-agent/src/node_agent.py, linie zgodne
z incydentem): `self.node_type` jest czytane wyłącznie w run_safe_cleanup()
(648, 654) i w dwóch liniach logu (250, 1103). `lte_node` daje wczesny return
w run_safe_cleanup — monitoring, eventy, dispatch akcji bez zmian.
_cleanup_control_plane_fs jest bramkowane node_name == VPS, nie node_type.
stability-agent nie prune'uje — node-agent był jedynym źródłem.
Ścieżka deployu zweryfikowana: deploy-service.sh:100 składa
${HOST_DIR}/runtime/${SERVICE}/docker-compose.override.yml, a HOST_DIR to
hosts/<node> w obu wywołaniach (deploy-node.sh:102 operatorskie,
deploy-runner.sh:170 agentowe). Dowód, że plik nie jest martwy: działający
kontener na SOLARII ma NODE_TYPE=ai_node, co występuje wyłącznie w tym pliku.
`docker compose config` na złożeniu daje NODE_TYPE=lte_node, group_add 999+996
zachowane, projekt "node-agent" (bez zmiany nazwy projektu).
Skutek uboczny: lte_node pomija CAŁY cleanup, więc dangling images i build
cache też nie są sprzątane — pilnować miejsca na dysku SOLARII.
Zdjąć po wdrożeniu R1 na nodzie → przywrócić NODE_TYPE=ai_node.
Nie zdeployowane — deploy po stronie operatora.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
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| .claude/skills | ||
| backups/zigbee | ||
| docs | ||
| dotfiles | ||
| hardware/esp/ir-ac-ha-integration | ||
| hosts | ||
| inventory | ||
| jobs | ||
| packages | ||
| scripts | ||
| services | ||
| .codex | ||
| .gitignore | ||
| .mcp.json | ||
| CLAUDE.md | ||
| codex_context | ||
| codex_context.yaml | ||
| deploy_agent.py | ||
| ollama_client.py | ||
| README.md | ||
| start-aider.sh | ||
| start-codex.sh | ||
| sync-context.sh | ||
| tech-debt.md | ||
| update-context.md | ||
Homelab Codex
GitOps-lite orchestration for a distributed homelab environment.
Architecture
The homelab consists of several nodes connected via a Tailscale internal mesh.
| Host | Role | Description |
|---|---|---|
| SATURN | Primary Node | Development, orchestration, and git source of truth (commit node). |
| SOLARIA | Compute Node | GPU, inference, and heavy compute workloads. |
| PIHA | Infra Node | Core infrastructure services, automation, and monitoring. |
| VPS | Edge Node | Public ingress, reverse proxy, and edge services. |
Agent System
The homelab uses a multi-agent orchestration model with human-in-the-loop for destructive actions:
| Agent | Node | Role |
|---|---|---|
| stability-agent | all nodes | Per-node watchdog — monitors Docker, disk, Tailscale, MQTT; emits events |
| node-agent | all nodes | Publishes container health events to Redis pub/sub |
| observer | VPS | Synthesizes world state from events into /opt/homelab/world/*.json |
| supervisor | VPS | Detects drift between desired and actual state; writes pending actions |
| planner-agent | SOLARIA | LLM-powered diagnosis — listens to Redis, proposes remediation actions |
| executor | VPS | Executes actions only after operator approval |
| operator-ui + telegram-bot | VPS / PIHA | Operator reviews and approves/rejects pending actions |
Action approval flow: pending/ → operator approves → approved/ → executor runs.
Repository Structure
docs/: Infrastructure Standards and Deployment Conventions.docs/architecture/PLAN-subsystem-a-2026-07-28.md: Current Maintenance Plan (Control Plane).hosts/: Host-specific configurations and service assignments.services/: Reusable Docker Compose service definitions.scripts/: Deployment and management scripts.
Getting Started
- Standardization: Follow the Infrastructure Standards.
- Deployment: See Deployment Conventions for how to roll out changes.
- SATURN: Remember that SATURN is the only node where commits should be made.
Documentation Index
- Current Maintenance Plan (Control Plane)
- Infrastructure Standards
- Agent Operating Procedures (For AI/Non-Human Agents)
- Deployment Conventions
- Hardware
- Networking
- Services
- Node Capabilities
- Action Model
Note: This repository documents the state of the homelab. Runtime state lives outside the repository in /opt/homelab.