How to Deploy Audiobookshelf on a VPS
Updated Sep 2026
verified on Ubuntu 26.04 · Sep 2026Self-host Audiobookshelf on a small VPS with Docker Compose and HTTPS — your own audiobook and podcast server with listening progress synced across devices.
- A small VPS — 1 vCPU / 512 MB–1 GB RAM is enough for the server itself
- Enough disk for your audiobook and podcast files
- A fresh Ubuntu 24.04 or 26.04 server with root/sudo SSH access
- A domain you can point at the server
- Docker Engine + Compose installed (see the base guide below)
What Audiobookshelf is
Audiobookshelf is a self-hosted audiobook and podcast server. You give it folders of audiobooks (and ebooks), or podcast feeds to subscribe to, and it builds a library with covers and metadata that you can stream from a web player or the Audiobookshelf mobile apps. The feature people move to it for is progress sync: stop a chapter on your phone and the web player picks up at the same second.
It is a Node.js app under GPL-3.0, rated 2 / 5 to deploy. In practice it is a single container with four folders, and the only step with any subtlety is the reverse proxy, because the apps rely on a WebSocket connection. If what you want to replace is an Audible-style library of files you already own, this is the tool; it does not sell or download books for you.
Server sizing
Audiobookshelf is one of the lightest servers in the catalog. On our test box (a GCP e2-standard-2 on Ubuntu 26.04), the idle container used about 37 MB of RAM and 447 MB of disk. The catalog's floor is 512 MB of RAM, which leaves room for the OS and a reverse proxy.
- 512 MB – 1 GB RAM / 1 vCPU — a personal or family library.
- 2 GB RAM — if the same box also runs other services.
CPU matters briefly during a library scan or when the server has to transcode a file for a client that can't play the original format. Disk is what grows: audiobooks are large, and podcast episodes accumulate. Size the disk (or attached block storage) for the library, not for the app.
Prepare the server
This guide assumes Docker Engine and the Compose plugin are installed, along
with a non-root user and a ufw firewall. If not, work through
Docker & Compose on Ubuntu first.
Open SSH and the reverse proxy ports only — Audiobookshelf's port stays on loopback:
sudo ufw allow OpenSSH
sudo ufw allow 80
sudo ufw allow 443
sudo ufw --force enable
sudo ufw status verbose
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Install Audiobookshelf (Docker Compose)
Upstream's compose file maps four folders, and they have distinct jobs:
/config— the SQLite database: users, libraries, listening progress, settings. Upstream requires it to be on the same machine as the server; don't put it on a network share./metadata— covers, cache, streams, downloads, logs, and the built-in backups./audiobooksand/podcasts— your media. Upstream asks that these be separate directories, not nested inside each other or insideconfig.
Create the project directory and the folders:
mkdir -p ~/audiobookshelf && cd ~/audiobookshelf
mkdir -p config metadata audiobooks podcasts
Write the compose file. It is upstream's example with the port bound to loopback so only the reverse proxy can reach it:
cd ~/audiobookshelf
cat > docker-compose.yml <<'YAML'
services:
audiobookshelf:
image: ghcr.io/advplyr/audiobookshelf:latest
container_name: audiobookshelf
ports:
# Loopback only — Caddy is the sole route in from outside.
- "127.0.0.1:13378:80"
volumes:
- ./audiobooks:/audiobooks
- ./podcasts:/podcasts
- ./metadata:/metadata
- ./config:/config
environment:
- TZ=Etc/UTC
restart: unless-stopped
YAML
docker compose up -d
The container listens on port 80 internally; 13378 is only the host-side port,
and upstream's advice is to change only that side if you need a different one.
Set TZ to your own timezone so scheduled tasks (podcast checks, backups) run
when you expect.
Check it answers:
cd ~/audiobookshelf
for i in $(seq 1 30); do curl -fsS -o /dev/null http://127.0.0.1:13378/ && break; sleep 2; done
curl -s -o /dev/null -w '%{http_code}\n' http://127.0.0.1:13378/
docker compose ps
HTTPS + domain
Point an A record for books.example.com at the server's public IP and wait
for it to resolve. Then terminate TLS with Caddy — the full setup is in
Automatic HTTPS with Caddy:
books.example.com {
reverse_proxy 127.0.0.1:13378
}
Upstream is explicit that Audiobookshelf requires a WebSocket connection
through the proxy. Caddy's reverse_proxy forwards WebSocket upgrades on its
own, so the block above is complete. If you use nginx instead, you must add the
Upgrade and Connection headers yourself — a missing upgrade is the usual
reason the web player works but progress doesn't sync.
Serving it under a path instead of a subdomain is supported, but only at
/audiobookshelf — upstream doesn't allow a different subfolder name. A
dedicated subdomain is simpler.
If Caddy runs as a container, 127.0.0.1 is the proxy's own loopback; put both
services in one compose file and use reverse_proxy audiobookshelf:80.
First run
Open https://books.example.com. On first launch Audiobookshelf asks you to
create the root user — the administrator account. Do it immediately; until
then, whoever loads the page first sets that password.
Then create a library: choose Books or Podcasts and add the folder path
as the container sees it — /audiobooks or /podcasts, not the host path.
Audiobookshelf reads a folder per book, so Author/Book Title/files is the
layout that scans cleanly.
To get files onto the server, either upload through the web UI or copy them
from your computer with rsync into ~/audiobookshelf/audiobooks, then run a
library scan.
Securing it
- Create a user per listener. Progress is tracked per user, so a shared login mixes everyone's position in the same book.
- Keep the root account for administration and use a normal account in the apps.
- Keep the port on loopback. The compose file never publishes 13378 to the internet; everything arrives over HTTPS.
Backups
The database is in ./config; covers and the built-in backups are in
./metadata. The media folders you should back up the way you back up any
other files. For a consistent copy of the database, stop the container briefly:
cd ~/audiobookshelf
docker compose stop
tar czf audiobookshelf-$(date +%F).tar.gz config metadata docker-compose.yml
docker compose start
Audiobookshelf can also make scheduled backups itself (Settings → Backups);
they are written to metadata/backups. Those are useful for rolling back a bad
upgrade, but they live on the same disk — copy archives off the box.
Upstream's restore procedure for current versions is: stop the server, unzip
the backup from metadata/backups, copy its audiobookshelf.sqlite over
config/audiobookshelf.sqlite, restore the authors and items metadata
folders, and start the server again.
Upgrades
Upstream's upgrade for a compose install:
cd ~/audiobookshelf
docker compose pull
docker compose down
docker compose up --detach
The latest tag moves to each new release. To stay on a specific version,
replace latest with that version number. Back up config and metadata
first: database migrations run at startup.
Troubleshooting
The web player works, but progress doesn't sync and the apps can't connect. The WebSocket isn't getting through the proxy. With Caddy that usually means the request isn't reaching Caddy at all (check DNS); with nginx it means the upgrade headers are missing.
A library scan finds nothing. The library points at a host path. Inside the
container the folders are /audiobooks and /podcasts. Also check that the
files are readable:
cd ~/audiobookshelf
ls -la audiobooks podcasts
docker compose logs --tail 50 audiobookshelf
The server won't start after an upgrade, and the log mentions the
database. config is on a network filesystem, or a migration failed. Move
config to local disk; if a migration failed, restore the pre-upgrade backup.
Books split into many single-file entries. The folder layout is flat. Put each book in its own folder, then rescan.
Verification + next steps
You're done when you can load https://books.example.com over a valid
certificate, sign in as a non-root user, play a chapter in the browser, then
open the same book in the mobile app and find it at the same position.
From there, put the rest of your media library next to it: Jellyfin for films and TV, and Navidrome for music.