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@ -8,7 +8,17 @@ services:
- "80:80" # HTTP, proxied traffic - "80:80" # HTTP, proxied traffic
- "443:443" # HTTPS, proxied traffic - "443:443" # HTTPS, proxied traffic
- "81:81" # Admin UI - "81:81" # Admin UI
# `default` keeps the existing setup; `proxy` reaches containers that
# publish no ports (Vaultwarden) by container name.
networks:
- default
- proxy
volumes: volumes:
# Both contain the INWX DNS-challenge password in plain text — never commit. # Both contain the INWX DNS-challenge password in plain text — never commit.
- ./data:/data - ./data:/data
- ./letsencrypt:/etc/letsencrypt - ./letsencrypt:/etc/letsencrypt
networks:
proxy:
# Created once by hand: docker network create proxy
external: true

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@ -0,0 +1,76 @@
# Vaultwarden
Password manager for both of us. Runs on the OptiPlex homeserver
(`192.168.30.20`) in `~/vaultwarden`, reachable only as
`https://vault.home.staffenberger.at` — at home or through the WireGuard VPN.
Clients are the official Bitwarden apps and browser extensions, set to the
self-hosted server URL.
## Network
The container publishes **no ports**. NPM reaches it on a shared Docker network
called `proxy`, so the only way in is HTTPS through NPM. Bitwarden clients
refuse plain HTTP anyway, and this stops anyone on the LAN from going around TLS.
One-time setup on the OptiPlex, before the first `docker compose up -d`:
```bash
docker network create proxy
```
Then recreate NPM so it joins the network (`cd ~/npm && docker compose up -d`).
## Setup
1. **Pi-hole Local DNS record:** `vault.home.staffenberger.at` → `192.168.30.20`,
on whichever Pi-hole the clients use right now.
2. **NPM proxy host:** `vault.home.staffenberger.at`, scheme `http`, forward
to `vaultwarden` port `80`, **Websockets Support on** (live sync between
devices), wildcard certificate, Force SSL, HTTP/2.
The forward host must be the **container name**, not `192.168.30.20`: the
host's port 80 is NPM itself, which caused a redirect loop
(`ERR_TOO_MANY_REDIRECTS`).
3. Open the URL and create **both accounts**. Each person picks their own
master password; it can't be reset, only changed while logged in.
4. Set `SIGNUPS_ALLOWED: "false"` and run `docker compose up -d`. Check that
"Create account" fails.
5. Turn on **two-step login (authenticator app)** for both accounts, and keep
the recovery codes outside the vault.
6. Create an **Organization** (e.g. "Home") with collections for shared logins,
invite the partner's account, then confirm them as owner.
No SMTP is configured, so no invite mail is sent: the partner accepts
in the web vault, then you confirm. Untested here, check while setting it up.
7. **Import** the old vaults (Tools → Import data; Bitwarden reads Enpass
JSON). Delete the plain-text export files afterwards and empty the trash.
## Backups
**Don't move real passwords in before this works.** Devices that are logged in
keep an encrypted offline copy, but that doesn't replace a backup.
- Contents of `./data` to keep: `db.sqlite3`, `attachments/`, `sends/`,
`rsa_key*` and `config.json` (if present).
- Copy the database with `sqlite3 db.sqlite3 ".backup ..."`, not `cp`,
since the file may be mid-write.
- Encrypted copy to the NAS, part of the OptiPlex off-box backup
(see [../../docs/todo.md](../../docs/todo.md)).
- Occasionally: an **encrypted** export from the web vault, kept offline.
- **Test a restore** once, onto a throwaway container.
## Using it away from home
The apps can fill passwords offline, but **saving or editing needs the
server**. Set the WireGuard app on both phones to connect automatically when
not on the home Wi-Fi, otherwise passwords for new sign-ups get lost.
The VPN is split-tunnel (Servers + IoT only), so normal browsing doesn't go
through it.
## Notes
- `/admin` is disabled (no `ADMIN_TOKEN`). If it is ever needed, set a
hashed token generated with `docker exec -it vaultwarden /vaultwarden hash`,
never a plain-text one.
- The image is pinned; check the release notes before bumping.
- Write down for the partner how to get at their passwords if the server
or I am unavailable: their master password, where the backups are, and how
to restore them.

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@ -0,0 +1,27 @@
services:
vaultwarden:
# Pin the exact version; read the release notes before bumping — Bitwarden
# client updates sometimes require a newer server.
# https://github.com/dani-garcia/vaultwarden/releases
image: vaultwarden/server:1.37.3
container_name: vaultwarden
restart: unless-stopped
# No published ports: only reachable through NPM on the shared `proxy`
# network, so there is no plain-HTTP path to the vault.
networks:
- proxy
environment:
TZ: Europe/Vienna
DOMAIN: "https://vault.home.staffenberger.at"
# true only until both accounts exist, then false + `docker compose up -d`.
SIGNUPS_ALLOWED: "true"
SHOW_PASSWORD_HINT: "false"
# No ADMIN_TOKEN: the /admin page stays disabled.
volumes:
# Database, attachments and the server's RSA key — back up encrypted,
# never commit.
- ./data:/data
networks:
proxy:
external: true

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@ -38,7 +38,11 @@ Set up 2026-10-04, see [homeserver.md](homeserver.md).
**Services** **Services**
- [ ] Portainer (behind HTTPS; for viewing and restarts only, compose files stay the source of truth). - [ ] Portainer (behind HTTPS; for viewing and restarts only, compose files stay the source of truth).
- [ ] Vaultwarden, with backups to the NAS. - [ ] Vaultwarden, with backups to the NAS — setup steps in [`../docker/vaultwarden/`](../docker/vaultwarden/README.md). Real passwords only move in once the backup works.
- [x] Running at `https://vault.home.staffenberger.at`, own account created, desktop + phone working (2026-10-05).
- [ ] **Trial phase:** a few non-critical passwords kept in both Enpass and Vaultwarden. Decide whether to switch.
- [ ] If yes: partner's account (then `SIGNUPS_ALLOWED: "false"`), Organization "Home", backup + test restore, then both import their old vaults.
- [ ] Every phone's WireGuard tunnel needs the OptiPlex Pi-hole as DNS server — edited by hand in the app (changing it in the ER605 only affects newly generated configs).
- [ ] Own Docker tools. - [ ] Own Docker tools.
**Home Assistant** **Home Assistant**