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This is a reference hub and showcase for how I run, secure, and document my homelab and daily Linux workflows as well as solutions for problems I have faced (see troubleshooting section).
In 2025 I built my first PC ever from the ground up. Normally I am not a big fan of desktop PCs because they tend to take up much space, but I wanted something that I can expand in the future. At first I was looking for some kind of tower case with lots of bays like the THERMALTAKE Level 10 GT. But again my taste is too exotic, so I settled for the Newway NW1. Then in august 2025 I changed my mind again and wanted a smaller case, because I bought an old used Chieftec case I could expand with lots of HDDs and optical drives. I googled for weird and uncommon cases with unique features and immediately fell in love with the first result: the Jonsbo D31 mesh with screen.
For now I am really happy with this case. The builtin screen is perfect for docking messengers or monitoring software or as a backup if my primary monitors aren't working. Currently I have it configured to display btop as a wallpaper (via a KDE plugin).
AMD Ryzen 5 5600G - 6x 3.90 GHz AM4
For the GPU I went with the ASUS Dual Radeon RX 7600 EVO OC Edition 8GB GDDR6 which seemed like a decent middle tier graphics card. It runs even Silent Hill 2 remake pretty well on higher details. As long as you play on Linux of course. On windows the performance was expectedly much worse. It runs smaller LLMs, though not well. For the future I'm planning on getting a GPU with decent vRAM (16GB upwards) to really get good use out of local models.
- Motherboard: ASUS TUF Gaming B550M-PLUS WiFi II
- RAM: Patriot Memory Viper Elite II DDR4 2x32GB
- PSU: Toughpower Gt
- CPU cooler: Thermalright Assassin X 120R Digital Black
- Rear fan: Thermalright TL-S12
- USB PCIe 5 slot expansion card with power delivery
- more powerful GPU for better LLM inference and maybe gaming with raytracing
- Top fans, maybe AIO cooler
- CPU with more powerful iGPU
I have two RPis: a Raspberry Pi 3 which is currently not in use and a Raspberry Pi 4b 4GB which I currently use as a BlackArch-based security and lab node. I'm always having trouble finding good use cases, since I can do most stuff with my NAS already. I tried using it as a retro gaming station, but I hardly used it. So for now I have configured it as a server to experiment. I have WiFi antenna with monitor mode plugged in so I can practice a bit of pentesting. It also runs a snowflake proxy.
Case is the awesome GeeekPi Argon One V2 with M.2 expansion and a 240GB NVMe SSD.
I currently run Proxmox on Lenovo ThinkCentre M715q hardware for more demanding services that would otherwise consume too many resources on the NAS.
- Lenovo ThinkCentre M715q (AMD PRO A10-9700E)
- 16GB DDR4 RAM
- 1x 512GB NVMe SSD
- 1x 240GB SATA SSD
Current role:
- Hosts memory-intensive services (for example OPNsense and OpenWebUI/Ollama)
- Runs LXC and containerized workloads depending on use case
- Serves as part of the core homelab compute layer
I previously used Synology devices (DS218j and DS224+), but recently moved my main workload to the Ugreen DXP2800. Main reasons were better hardware value for the price and more flexibility for splitting workloads across HDD and NVMe storage.
Configured Memory & Storage:
- 8GB DDR5 RAM
- 1x 4TB HDD
- 1x 2TB HDD
- 1x 2TB NVMe SSD
Current role:
- Main NAS and service host for always-on workloads
- Storage backend for documents, photos, and media
- Docker/LXC-adjacent services with backup integration into the wider homelab stack
Lenovo ThinkPad T570 — Intel i7-7600U, 16 GB RAM, 512 GB NVMe, running CachyOS (BORE+LTO kernel) with LUKS2 full-disk encryption and AppArmor.
Pixel 8 with GrapheneOS.
Pixel Tablet with GrapheneOS. Tried to use it as a laptop replacement. Not really useful for that, since it's media tablet with limited RAM and GrapheneOS and smart launcher seem to eat a lot of RAM.
Fritzbox 7590 AX from my ISP. Will upgrade to one with OpenWRT support once I can afford it.
Everything sits behind the Fritzbox on 192.168.178.0/24, with Zoraxy as the single reverse-proxy/TLS entry point for anything I expose. The two Proxmox nodes carry almost everything in the hosted services table below — PVE1 (ThinkCentre M630e) leans toward data/infra (databases, LDAP, Podman), PVE2 (ThinkCentre M715q) toward user-facing apps (Open WebUI, automation, dashboards) — with the NAS picking up media and always-on storage-adjacent services. The Raspberry Pi sits a bit outside that, running its own Tor Snowflake proxy and WiFi pentest lab. Anything remote — gaming PC, laptop, phone, tablet — reaches back in over Tailscale instead of poking holes in the router.
Mapped with Scanopy, a self-hosted network-discovery daemon I run here — it keeps this diagram honest against what's actually live instead of my memory of what I set up months ago.
flowchart TB
WAN(["Internet"])
FRITZ["FRITZ!Box 7590 AX<br/>192.168.178.0/24"]
ZORAXY["Zoraxy reverse proxy"]
subgraph TS["Tailscale (remote access)"]
GAMINGPC["Gaming PC<br/>Ryzen 5 5600G / RX 7600"]
LAPTOP["ThinkPad T570<br/>CachyOS"]
PHONE["Pixel 8<br/>GrapheneOS"]
TABLET["Pixel Tablet<br/>GrapheneOS"]
end
subgraph PVE1G["PVE1 - ThinkCentre M630e"]
PVE1APPS["Gitea, LLDAP, PostgreSQL,<br/>MariaDB, MongoDB, Redis,<br/>Podman, Baikal, Vaultwarden<br/>+10 more"]
end
subgraph PVE2G["PVE2 - ThinkCentre M715q"]
PVE2APPS["Open WebUI, Zoraxy, n8n,<br/>NetBox, Authentik, Karakeep,<br/>PVE Scripts Local<br/>+8 more"]
end
subgraph NASG["NAS - Ugreen DXP2800"]
NASAPPS["Jellyfin, Portainer,<br/>Kiwix, IT-Tools"]
end
subgraph RASPI["Raspberry Pi 4 - BlackArch"]
SNOWFLAKE["Tor Snowflake proxy<br/>WiFi monitor-mode lab"]
end
WAN --> FRITZ --> ZORAXY
GAMINGPC -. "Tailscale" .-> ZORAXY
LAPTOP -. "Tailscale" .-> ZORAXY
PHONE -. "Tailscale" .-> ZORAXY
TABLET -. "Tailscale" .-> ZORAXY
ZORAXY --> PVE1G
ZORAXY --> PVE2G
ZORAXY --> NASG
FRITZ --- RASPI
classDef wan fill:#868E96,color:#fff,stroke:#495057
classDef proxy fill:#F76707,color:#fff,stroke:#D9480F
classDef node fill:#0CA678,color:#fff,stroke:#087F5B
classDef remote fill:#E64980,color:#fff,stroke:#A61E4D
class WAN,FRITZ wan
class ZORAXY proxy
class PVE1APPS,PVE2APPS,NASAPPS,SNOWFLAKE node
class GAMINGPC,LAPTOP,PHONE,TABLET remote
- 2in1 LightBar from 4smarts - Webcam and monitor lamp combined
- Cherry secure board 1.0 - haven't figured out how to configure the certificate for keylogger blocking, but I love the card reader
This is a list of services I host at the moment:
| Status | Service | Type | Description | Host | Exposure |
|---|---|---|---|---|---|
| ✅ | Authentik | 📦 | SSO and identity provider (DEV) | PVE2 | 🔒 |
| ✅ | Baikal | 📦 | CalDAV/CardDAV server for calendar and contact synchronization. Replaces the old Synology WebDAV Calendar & Contacts setup. |
PVE1 | 🌐 |
| ✅ | DigiKam | 💻 | Photo management application running on desktop PC. Photos are stored on the NAS. I use the MariaDB on PVE1 for more persistent and portable storage. |
PC/NAS | 🔒 |
| ✅ | Domain Monitor | 📦 | Domain and SSL certificate monitoring | PVE1 | 🔒 |
| ✅ | Gitea | 📦 | Lightweight Git service for self-hosted repositories. I like to mirror repos there that run the risk of being censored, like VPN and encryption protocols. |
PVE1 | 🌐 |
| ✅ | Gitea Mirror | 📦 | Automated GitHub-to-Gitea repository mirroring | PVE2 | 🔒 |
| ✅ | Homarr | 📦 | Personal homelab dashboard | PVE1 | 🔒 |
| ✅ | Homelable | 📦 | Homelab management/dev environment (DEV) | PVE1 | 🔒 |
| ✅ | IT-Tools | 🐳 | Collection of developer utilities | NAS | 🔒 |
| ✅ | Jellyfin | 🐳 | Free media system for streaming music, movies, and TV shows. I also have a plugin for ebooks installed, so I have all kinds of media in one app. |
NAS | 🌐 |
| ✅ | Karakeep | 📦 | Bookmark and link manager | PVE2 | 🔒 |
| ✅ | Kiwix | 🐳 | Offline wiki/content reader | NAS | 🔒 |
| ✅ | Koillection | 📦 | Collection management tool | PVE1 | 🔒 |
| ✅ | LLDAP | 📦 | Lightweight LDAP server for centralized user management | PVE1 | 🔒 |
| ✅ | LM Studio | 💻 | Local LLM inference, OpenAI-compatible API server (:1234). Headless systemd service, shared model/config storage across both PC OS installs. |
PC | 🔒 |
| ✅ | MariaDB | 📦 | Relational database server | PVE1 | 🔒 |
| ✅ | MongoDB | 📦 | Document database | PVE1 | 🔒 |
| ✅ | n8n | 📦 | Workflow automation platform | PVE2 | 🔒 |
| ✅ | NetBoot.xyz | 📦 | Network boot environment for PXE booting | PVE2 | 🔒 |
| ✅ | NetBox | 📦 | Network documentation and IPAM | PVE2 | 🔒 |
| ✅ | OpenObserve | 📦 | Observability and log aggregation platform | PVE2 | 🔒 |
| ✅ | Open WebUI | 📦 | AI chat interface with local and remote LLMs. | PVE2 | 🌐 |
| ✅ | Podman | 📦 | Podman container host for rootless containers | PVE1 | 🔒 |
| ✅ | Portainer | 🐳 | Docker management UI. I have a free business license with GitHub SSO support. |
NAS | 🌐 |
| ✅ | PostgreSQL | 📦 | Relational database server | PVE1 | 🔒 |
| ✅ | PVE Scripts Local | 📦 | Community-scripts local development/testing environment | PVE2 | 🔒 |
| ✅ | Reactive Resume | 📦 | Open-source resume builder | PVE1 | 🔒 |
| ✅ | Redis | 📦 | In-memory data store and cache | PVE1 | 🔒 |
| ✅ | RustDesk Server | 📦 | Self-hosted remote desktop relay server | PVE2 | 🔒 |
| ✅ | SnowShare | 📦 | File sharing service | PVE1 | 🔒 |
| ✅ | SparkyFitness | 📦 | Self-hosted fitness tracker | PVE2 | 🔒 |
| ✅ | Speedtest Tracker | 📦 | Automated internet speed monitoring | PVE1 | 🔒 |
| ✅ | Tor Snowflake | 📦 | Donates bandwidth to help Tor users bypass censorship. Highly recommend to install the browser extension wherever possible. |
PVE1 | n.A. |
| ✅ | UpSnap | 📦 | Wake-on-LAN dashboard (DEV) | PVE2 | 🔒 |
| ✅ | Vaultwarden | 📦 | Bitwarden-compatible password manager | PVE1 | 🌐 |
| ✅ | Web-Check | 📦 | Website security and analysis tool | PVE2 | 🔒 |
| ✅ | Zoraxy | 📦 | Reverse proxy with automatic SSL | PVE2 | 🌐 |
| ❌ | FreshRSS | 📦 | RSS feed reader/aggregator | PVE1 | — |
| ❌ | KitchenOwl | 📦 | Grocery and recipe manager | PVE1 | — |
| ❌ | Nametag | 📦 | — | PVE2 | — |
| ❌ | Protonmail Bridge | 📦 | Protonmail IMAP/SMTP bridge | PVE1 | — |
| ❌ | Readeck | 📦 | Web content clipper and article saver | PVE1 | — |
| ❌ | Stirling PDF | 📦 | PDF manipulation tools | PVE1 | — |
| ❌ | Teleport | 📦 | Infrastructure access platform | PVE2 | — |
| ❌ | TubeArchivist | 📦 | YouTube video archive and manager | PVE2 | — |
| ❌ | Wazuh | 📦 | Security monitoring and SIEM | PVE2 | — |
| Symbol | Meaning |
|---|---|
| ✅ | Currently in use and running |
| ❌ | Stopped / not in use |
| 🐳 | Docker container |
| 📦 | LXC container / system package |
| 💻 | Desktop application |
| NAS | Ugreen DXP2800 NAS |
| PC | Desktop/Gaming PC |
| PVE1 | Proxmox Node 1 (ThinkCentre M630e) |
| PVE2 | Proxmox Node 2 (ThinkCentre M715q) |
| Raspi | Raspberry Pi 4 |
| 🌐 | Publicly accessible |
| 🔒 | Private/locally accessible |
| n.A. | Not applicable |
The AI stack lives entirely on one LXC on PVE2 (hostname ai-hub — still shows up as openwebui in some of my older notes, need to fix that). Open WebUI is the front door; behind it sits Hermes, a small Python agent gateway I built to proxy chat requests to Grok and run scheduled jobs (it checks my job-application inbox every morning and updates a Notion tracker, for example). Anything the agent needs beyond raw chat — web search, code search, database access, container management, network discovery — comes through one of five separate MCP tool servers/gateways running alongside it. Long-term memory across sessions is handled by Honcho, which I originally set up self-hosted but have since moved to their managed cloud offering.
Diagram below is generated from the actual live service/port state on the box, not from what I remember configuring, so it should stay accurate as long as I keep re-deriving it instead of hand-editing.
flowchart TB
User(["User / Browser"])
subgraph FRONTEND["Frontend"]
OWU["OpenWebUI :8080"]
end
subgraph AGENT["Agent layer"]
HERMES["Hermes gateway/proxy<br/>:8643 :8644 :8645 proxy :9119 dashboard<br/>not systemd-managed"]
CRON["Hermes cron plugin<br/>~/.hermes/cron/jobs.json"]
end
subgraph MCPTOOLS["MCP tool layer"]
MCPO["ai-hub-mcpo :8000"]
JUNGLE["mcpjungle :8081<br/>sqlite-backed"]
DBHUB["dbhub :8083 podman"]
HOMEBOX["homebox-mcp podman"]
PROXMCP["proxmox-mcp podman<br/>127.0.0.1:8001 to 8000"]
end
subgraph MCPSTDIO["mcpo-proxied stdio servers"]
SEQ["sequential-thinking"]
FIRECRAWL["firecrawl"]
NOTIONMCP["notion"]
TAVILY["tavily"]
PORTAINERMCP["portainer"]
SCANOPYMCP["scanopy"]
end
subgraph DATA["Data and infra"]
REDIS["redis :6379<br/>OWU cache/RAG"]
TTS["piper-tts :5050"]
CODESRV["code-server :8680"]
PORTAGENT["portainer-agent :9001"]
end
subgraph EXTERNAL["External / cloud deps"]
HONCHO["Honcho managed cloud<br/>api.honcho.dev"]
XAI["xAI / Grok"]
OLLAMAREMOTE["Ollama<br/>192.168.178.2:11434"]
NOTIONAPI["Notion API"]
TAVILYAPI["Tavily API"]
FIRECRAWLAPI["Firecrawl API"]
SIGNAL["Signal"]
PROTONMAIL["ProtonMail via MCPJungle"]
PROXMOXAPI["Proxmox API"]
end
User --> OWU
OWU -- "LLM calls" --> HERMES
OWU -- "memory filter" --> HONCHO
OWU --> REDIS
OWU --> OLLAMAREMOTE
OWU --> TTS
OWU -- "tool calls" --> MCPO
HERMES --> XAI
HERMES --> CRON
HERMES -. "own stdio MCP clients" .-> TAVILYAPI
HERMES -.-> NOTIONAPI
CRON --> JUNGLE
JUNGLE --> PROTONMAIL
JUNGLE --> NOTIONAPI
CRON -. "delivery" .-> SIGNAL
MCPO --> SEQ
MCPO --> FIRECRAWL
MCPO --> NOTIONMCP
MCPO --> TAVILY
MCPO --> PORTAINERMCP
MCPO --> SCANOPYMCP
FIRECRAWL --> FIRECRAWLAPI
TAVILY --> TAVILYAPI
NOTIONMCP --> NOTIONAPI
PORTAINERMCP --> PORTAGENT
SCANOPYMCP -.-> DATA
PROXMCP -. "Proxmox API" .-> PROXMOXAPI
classDef frontend fill:#4C6EF5,color:#fff,stroke:#364FC7
classDef agent fill:#F76707,color:#fff,stroke:#D9480F
classDef mcp fill:#0CA678,color:#fff,stroke:#087F5B
classDef data fill:#7048E8,color:#fff,stroke:#5F3DC4
classDef ext fill:#868E96,color:#fff,stroke:#495057
class OWU frontend
class HERMES,CRON agent
class MCPO,JUNGLE,DBHUB,HOMEBOX,PROXMCP,SEQ,FIRECRAWL,NOTIONMCP,TAVILY,PORTAINERMCP,SCANOPYMCP mcp
class REDIS,TTS,CODESRV,PORTAGENT data
class HONCHO,XAI,OLLAMAREMOTE,NOTIONAPI,TAVILYAPI,FIRECRAWLAPI,SIGNAL,PROTONMAIL,PROXMOXAPI ext