I want to move my music library from a streaming service to a private self-hosted media server.

Moving your music library to a self-hosted server is a great way to take back ownership of your files. Here is the step-by-step roadmap to get your setup running smoothly:

- If your music is currently trapped in a streaming ecosystem, you will need to source your files. If you have local files or physical CDs, rip them into lossless formats like FLAC or high-quality MP3s (320 kbps).
- Organize your files cleanly on your computer first using a tagging tool like **MusicBrainz Picard** or **Mp3tag** to ensure metadata (album art, artist names, track numbers) is correct.

- *Low Power / Always-On:* A mini-PC (like an [Intel N100 Go to product viewer dialog for this item.](https://www.google.com/search?ibp=oshop&prds=pvt:hg,pvo:29,mid:576462820670771693,imageDocid:17404350856726014460,gpcid:8834788428193873391,headlineOfferDocid:7102838885816092511,catalogid:16332033292967104674,productDocid:14793265873022437068,rds:PC_8834788428193873391%7CPROD_PC_8834788428193873391&q=product&sa=X&ved=2ahUKEwjKkZjC9MeWAxUVslYBHXcID9IQxa4PeggIAggBCAkQCw) or a refurbished Dell OptiPlex Go to product viewer dialog for this item.) or a [Raspberry Pi 4/5 Go to product viewer dialog for this item.](https://www.google.com/search?ibp=oshop&prds=pvt:hg,pvo:29,imageDocid:17652069458077327823,gpcid:12838335294711754004,headlineOfferDocid:16057048549000819089,catalogid:3341267930765067138,productDocid:13575148325012800688,rds:PC_4918061514177117972%7CPROD_PC_4918061514177117972&q=product&sa=X&ved=2ahUKEwjKkZjC9MeWAxUVslYBHXcID9IQxa4PeggIAggBCAkQDw) works wonderfully for audio streaming.
- *NAS (Network Attached Storage):* If you already have a Synology, QNAP, or a DIY TrueNAS setup, it makes a great home for your library.

- *Navidrome:* Lightweight, blazing fast, consumes very little RAM, and supports the Subsonic API (compatible with dozens of great mobile apps).
- *Plex / Jellyfin:* Excellent if you already use them for movies and TV shows, though they are a bit heavier and more video-focused.
- *Audiobookshelf:* Perfect if your collection also includes spoken-word audiobooks or podcasts alongside music.

- Running your chosen server inside a Docker container makes installation, backups, and updates effortless. For example, setting up Navidrome is as simple as pulling the official Docker image and pointing it to your music directory.

- Because servers like Navidrome use the Subsonic API, you can stream your music to your phone using dedicated, polished client apps like **Symfonium** (Android), **SubStreamer** (iOS/Android), or **iDagio/PlaySub**.

To help tailor the next steps, tell me:

• Do you already have hardware in mind (like a Raspberry Pi or old PC), or do you need recommendations?
• What streaming service are you moving away from?

Absolutely. The key thing is that you generally can't directly copy the audio files from a streaming subscription. Instead, you'll want to build a local library from music files you legally own or acquire, then import that library into a self-hosted server.

A solid setup looks like this:

Recommended architecture

• Storage: NAS, mini-PC, or server with a few TB of storage
• Music files: Prefer FLAC for lossless storage; MP3/AAC/Opus are fine if you already have them
• Metadata: Clean tags for artist, album, track, year, artwork, etc.
• Music server: Navidrome is particularly good if your goal is a dedicated music server; Jellyfin is better if you eventually want movies/TV as well.
• Clients: Use a compatible phone/desktop/web player that connects to your server
• Remote access: Add this only after the local setup works; ideally use a VPN or carefully configured reverse proxy rather than exposing unnecessary services directly to the Internet.

The migration process

1. Export your streaming library information

Get a list of:

• Artists
• Albums
• Tracks
• Playlists
• Favorites/ratings, if available

This is valuable even though the streaming service's actual audio files aren't normally transferable.

2. Acquire your music files

For music you already own, gather your existing downloads/CD rips/etc. For tracks you don't own, you'll need to obtain them from legitimate sources. A streaming-service playlist is essentially a shopping/acquisition list, rather than something you can simply download into a local FLAC library.

3. Organize and tag everything

I'd strongly recommend doing this before putting the collection into the server.

A common structure is:

Music/
├── Artist/
│   ├── 2019 - Album/
│   │   ├── 01 - Track.flac
│   │   ├── 02 - Track.flac
│   │   └── cover.jpg
│   └── 2024 - Another Album/
└── Another Artist/

picard.musicbrainz.org is excellent for this stage. It can identify releases, populate metadata, embed artwork, and rename/reorganize files. It supports FLAC, MP3, M4A, OGG, WAV and many other formats.

I'd particularly make sure the files have consistent Album Artist, Artist, Album, Track Number, Disc Number, Title, and Date tags. Those tags are important for how music servers group your collection.

4. Install your music server

For a music-first setup, I'd lean toward Navidrome. If you want one server handling music + movies + TV, Jellyfin is a better choice.

The general Docker arrangement would look something like:

Server
├── Docker
│   └── Navidrome
└── Storage
    └── Music
        ├── Artist A
        ├── Artist B
        └── Artist C

The server software reads your music directory and builds its own database/index; you don't need to put the music files themselves into a proprietary database.

One important distinction

If by "move my music library" you mean:

"I have 2,000 songs saved in Spotify/Apple Music/etc. and want those exact audio files on my server." That's a different problem. Streaming downloads are normally encrypted/cache files tied to the service and aren't equivalent to files you own. Don't build your migration around trying to extract those files.

If instead you mean:

"I have a huge playlist/library on Spotify/Apple Music and want to recreate it as a private collection." That's very doable. We can automate much of the playlist → track list → acquisition → tagging → self-hosted library workflow.

If you tell me which streaming service you're leaving, roughly how many tracks you have, and what hardware you want to run the server on (PC, NAS, Raspberry Pi, etc.), I can lay out an exact migration plan—including the software, folder structure, Docker setup, and how to preserve your playlists.

Moving your music from a streaming service to a self-hosted server is a great way to take back ownership of your media. Here is a step-by-step roadmap to get you set up:

1. Acquire Your Music Library
   • Rip physical media If you have CDs or vinyl, use tools like Exact Audio Copy (EAC) for Windows or XLD for macOS to rip them into lossless formats like FLAC or high-quality MP3s.
   • Download existing purchases If you bought tracks on platforms like Qobuz, Bandcamp, or Amazon, gather those audio files into a central folder on your computer.
   • Migrate from streaming Automated direct transfers from active subscriptions (like Spotify or Apple Music) to local files are difficult due to DRM, but you can use tools like Soundiiz to export your playlists as CSV/TXT files to help you rebuild your library via other download methods.
2. Choose a Self-Hosted Music Server
   • Navidrome A lightweight, blazing-fast, and open-source music server that is compatible with the Subsonic API. Perfect for low-resource hardware like a Raspberry Pi.
   • Plex / Plexamp If you already use Plex for movies or TV, adding your music library here is seamless. Plexamp is widely praised as one of the best dedicated music player apps available.
   • Jellyfin A completely free, open-source media solution that handles music, movies, and shows without any premium paywalls or telemetry.
   • Audiobookshelf Excellent if your self-hosted collection includes a mix of music, audiobooks, and podcasts.
3. Organize and Tag Your Files
   • File structure Organize your music folder logically, typically structured as Artist Name / Album Name / Track Number - Track Title.ext.
   • Metadata tagging Use MusicBrainz Picard or Mp3tag to automatically clean up album art, artist names, genres, and release years so your server displays everything cleanly.
4. Set Up the Hardware
   • Local machine or NAS Run the server software on an always-on PC, a dedicated Raspberry Pi Go to product viewer dialog for this item. , or a Network Attached Storage (NAS) device like a Synology or TrueNAS build.
   • External storage Ensure you have adequate hard drive space and a reliable backup strategy (like the 3-2-1 backup rule) for your newly independent library.
5. Connect Your Client Apps
   • Desktop clients Use apps like Symfonium, Clementine , or web interfaces to stream from your home server to your computer.
   • Mobile apps Download Subsonic-compatible apps like Substreamer or Symfonium (for Navidrome), or use Plexamp (for Plex) to stream your music on the go via a secure reverse proxy or VPN.

To help tailor the next steps, tell me:

• Do you already have hardware in mind (like a Raspberry Pi or NAS) or a computer you plan to leave running?
• What streaming service are you currently moving away from?

Absolutely. The key distinction is that a streaming subscription usually gives you access to music, not ownership of the underlying audio files. So the migration path depends heavily on which service you're leaving.

For a private, self-hosted setup, I'd generally recommend Navidrome as the music server. It is lightweight, handles very large libraries, supports FLAC/MP3 and other formats, has mobile/desktop clients through the Subsonic/OpenSubsonic ecosystem, and can transcode on the fly.

A good architecture

Your legally obtained music files
            │
            ▼
     ┌──────────────┐
     │ Music folder │
     │ FLAC / ALAC  │
     │ MP3 / AAC    │
     └──────┬───────┘
            │
      ┌─────▼─────┐
      │ Navidrome │
      └─────┬─────┘
            │
    ┌───────┼────────┐
    ▼       ▼        ▼
  Phone   Desktop   Web

Navidrome can point directly at a music directory, automatically detect changes, preserve your metadata, and provide separate users/playlists/favorites.

What I'd do

1. Acquire the actual audio files

• If your current service lets you download DRM-free files that you own, use those.
• If the downloads are DRM-protected or are merely offline-cache files, they generally aren't something you can simply move to your server.
• For music you don't own as files, purchase/download DRM-free copies or obtain them from another legitimate source.

2. Keep the master library in a lossless format

• FLAC is my default recommendation.
• ALAC is also excellent, particularly if you're heavily invested in Apple devices.
• Don't convert a lossy MP3/AAC file to FLAC expecting better quality; it only makes the file larger.

3. Organize the files consistently, e.g.:

Music/
├── Artist/
│   ├── 2024 - Album/
│   │   ├── 01 - Track.flac
│   │   ├── 02 - Track.flac
│   │   └── cover.jpg
│   └── 2025 - Another Album/
└── Another Artist/

Good embedded tags are more important than obsessing over the exact folder naming. Jellyfin, for example, primarily uses embedded metadata rather than filenames. Jellyfin 4. Run Navidrome on your server. It runs on Linux, Windows and macOS, and has official Docker images, so it can fit anything from a NAS to a small home server. Navidrome 5. Use a VPN or secure reverse proxy for remote access. I would not simply expose the music server's HTTP port directly to the Internet. A VPN such as WireGuard/Tailscale-style networking is a particularly simple approach for a private server. 6. Back up the library. Your server should not be the only copy. Ideally:

Primary NAS/server
      +
Local backup
      +
Off-site backup

Navidrome vs. Jellyfin

If this is primarily a music server, I'd choose Navidrome. It is specifically designed around personal music collections and has a particularly broad ecosystem of Subsonic-compatible clients.

If you also want movies, TV, music videos, photos, etc., Jellyfin becomes more attractive. Jellyfin has a dedicated music-library implementation and can manage multiple media libraries.

You can also run both against the same underlying music files if you want the different interfaces.

The important part: which streaming service?

Tell me which service you're migrating from (Spotify, Apple Music, Tidal, YouTube Music, Amazon Music, Deezer, etc.), approximately how many albums/songs you have, and what hardware you want to run the server on (NAS, Mac, Windows PC, Linux box, Raspberry Pi, etc.).

Then I can give you a concrete migration path—including how to preserve playlists, ratings, play history, album artwork, and metadata as much as the source service allows.

Absolutely. The key thing to separate is the music files from the streaming-service library.

If your goal is a private replacement for Spotify/Apple Music/etc., I’d build it roughly like this:

Recommended setup

• Server: an always-on PC, NAS, mini PC, or even a Raspberry Pi for a modest library.
• Storage: a dedicated music directory on redundant storage if possible.
• Music server: Navidrome is my first choice for a music-only server. It is lightweight, supports large libraries, multiple users, playlists, and Subsonic-compatible clients.
• Alternative: Jellyfin if you also want movies/TV alongside music. Jellyfin has dedicated music-library support and organizes albums using embedded metadata.
• Remote access: preferably through a VPN/private network rather than simply exposing the music server to the public internet.
• Backup: keep a second copy of the actual music files. Your server's database is replaceable; your music collection isn't.

The important catch: getting the music files

You generally can't turn a Spotify/Apple Music subscription into a collection of ordinary MP3/FLAC files. Subscription streaming access and ownership of downloadable files are different things, and attempting to circumvent DRM or download restrictions isn't something I'd recommend.

Instead, you can populate the server from legitimate files you already own or are entitled to download—for example:

• CDs you've ripped yourself
• DRM-free purchases
• Music you've purchased from stores that provide actual downloads
• Your own recordings
• Other legitimately obtained audio files

For example, Bandcamp currently provides DRM-free downloads of purchased music in multiple formats, making those files particularly convenient for a self-hosted library.

What I'd do for a new library

I'd organize it approximately like:

Music/
├── Artist/
│   ├── 2019 - Album/
│   │   ├── 01 - Track.flac
│   │   ├── 02 - Track.flac
│   │   └── cover.jpg
│   └── 2024 - Another Album/
│       └── ...
└── Various Artists/
    └── ...

The embedded tags are more important than the filenames. Jellyfin, for example, explicitly relies heavily on embedded metadata, and Navidrome is designed to use your curated metadata as well.

For a substantial collection, I'd use FLAC as the archival format when available. You can then let the server transcode to a lower bitrate when you're away from home or on a bandwidth-constrained connection.

Navidrome is particularly easy to deploy

Its official Docker setup is essentially a music directory mounted read-only into the container, with Navidrome's database/cache stored separately.

That gives you a nice separation:

/storage/music       ← your irreplaceable collection
/storage/navidrome   ← database/config/cache
/storage/backups     ← backups

Navidrome can also automatically monitor the music directory for changes, so adding a new album doesn't have to involve manually rebuilding the library.

If you tell me which streaming service you're moving away from, roughly how large your library is, and what hardware you already have (Windows PC, Mac, NAS, Raspberry Pi, etc.), I can map out the exact migration—including how to preserve playlists, ratings, album art, and listening history where that's legitimately possible.

Moving your music library from a streaming service to a self-hosted server is a great way to take back ownership of your files. Here is the step-by-step roadmap to get your setup running smoothly:

1. Rip or Download Your Music
   • If you have physical CDs, rip them using software like Exact Audio Copy (EAC) for Windows or XLD for Mac into lossless FLAC or high-quality MP3 formats.
   • Note that commercial streaming services (Spotify, Apple Music, Tidal) use DRM protection, meaning you cannot directly export or transfer downloaded streaming cache files to a private server. You will need to source your files independently or via digital purchase platforms (like Bandcamp or Qobuz).
2. Choose Your Self-Hosted Server Software
   • Navidrome : A lightweight, blazing-fast, and resource-efficient music server compatible with the Subsonic API. Highly recommended for pure music lovers.
   • Plex : Great if you already use Plex for movies and TV shows, though its dedicated music management can feel a bit heavy.
   • Jellyfin : An entirely free, open-source media system that handles music, movies, and shows nicely.
   • Audiobookshelf : Perfect if your library also includes a heavy mix of audiobooks and podcasts alongside music.
3. Organize Your File Directory
   • Structure your music folder cleanly on your hard drive before pointing your server software at it.
   • Use the standard hierarchy: Music / Artist Name / Album Name / Track# - Title.flac.
   • Clean up and embed your metadata (album art, artist tags, year) using a tag editor like Picard (MusicBrainz).
4. Host the Server
   • Install your chosen server software (most run exceptionally well via Docker on a home server, old PC, Raspberry Pi, or NAS device).
   • Point the server configuration to your organized music directory and let it scan the metadata.
5. Connect Your Client Apps
   • Download a client app that talks to your server protocol. For a Navidrome or Subsonic backend, apps like Symfonium (Android) or Substreamer (Cross-platform) offer gorgeous, feature-rich interfaces that rival commercial streaming apps.
   • For Plex or Jellyfin, use their official mobile and desktop companion apps.

To help tailor the next steps, tell me:

• What hardware do you plan to run the server on (a Raspberry Pi, an old laptop, a dedicated NAS)?
• Do you already have existing audio files , or are you starting completely from scratch?

Moving your music library from a commercial streaming service to a self-hosted server is a great way to regain complete ownership of your data . Because major streaming platforms (like Spotify or Apple Music) don't allow you to export your active cloud libraries directly into files, the transition requires a clear step-by-step approach.

Phase 1: Gather Your Music Files

• Recover your playlists: Use community tools like Soundiiz or TuneMyMusic to export your streaming service playlists into CSV, TXT, or M3U formats.
• Acquire the audio files: Since streaming platforms use DRM-protected files, you will need local digital copies (FLAC, MP3, ALAC, etc.) of your library. Many self-hosters source their permanent collections from personal CD rips, digital purchases (Bandcamp, Qobuz), or archives.
• Organize and tag metadata: Clean file tags make or break a self-hosted experience. Run your files through a tag editor like Mp3tag or use Beets to ensure your artist names, album art, and track numbers are properly embedded.

Phase 2: Choose Your Music Server Backend

Do not try to force a movie-centric center like Plex or Jellyfin unless you desperately want an all-in-one media layout; dedicated music servers are significantly lighter and handle deep metadata much better.

• 1. Navidrome: The gold standard for self-hosted music. It is ultra-lightweight (easily running on a Raspberry Pi or low-powered mini-PC), reads local file tags accurately, uses almost zero RAM, and implements the OpenSubsonic API.
• 1. Jellyfin: A fully open-source, all-in-one media server. Choose this if you also plan to host movies, TV shows, or books on the same hardware and want everything under one roof.
• 1. Plex + Plexamp: A polished commercial option. It requires an account ecosystem and features are increasingly locked behind subscriptions, but Plexamp is arguably the slickest mobile client available if you don't mind a hybrid-cloud setup.

Phase 3: Select Your Listening Clients

The best part of using a Subsonic-compatible server like Navidrome is that you aren't locked into one app—you can choose from dozens of mature third-party clients:

• Mobile (iOS / Android): Symfonium (Android) or apps like SubStreamer and Playlove offer offline caching, high-res audio playback, and Android Auto/CarPlay integration.
• Desktop (Windows / Mac / Linux): Feishin is a gorgeous, modern, Spotify-styled desktop app that hooks directly into Navidrome or Jellyfin backends.

Phase 4: Remote Access (Optional)

If you want to stream your library while away from home without exposing your home network ports to the public internet, set up a secure private VPN tunnel using Tailscale or WireGuard . This makes your phone act as if it is sitting on your living room Wi-Fi whenever you open your music app.

To help tailor the exact setup path, tell me:

• What hardware do you plan to run the server on (a Raspberry Pi, an old PC, a NAS)?
• Do you already have the audio files downloaded , or are you starting from scratch?

Absolutely. The cleanest setup is usually:

Your own music files → storage server/NAS → music server software → phone/desktop/TV clients

For a music-only library, I’d strongly consider Navidrome. It is designed specifically as a private Spotify-like service for your own files, has low resource requirements, supports large libraries, playlists, ratings, multiple users, transcoding, and a large ecosystem of mobile/desktop clients.

The important distinction

A streaming subscription generally doesn't give you ordinary music files that you can simply copy to your server. You'll need DRM-free/local copies of the music you own or are licensed to download. Once you have those files, the migration is straightforward.

I'd structure it like this:

1. Acquire/export your music files

   • Prefer FLAC for your archival/master library.
   • Keep the original files untouched as your backup.
   • If your current service offers an official export/download mechanism, use that.
   • For music that isn't actually downloadable from the service, you'll need to obtain legitimate digital copies separately.

2. Organize and tag the library

   • Artist / Album Artist
   • Album
   • Track number
   • Disc number
   • Genre
   • Year
   • Cover artwork
   • Compilation/Various Artists information

   Good metadata matters because Navidrome primarily presents the collection based on tags rather than literally browsing your filesystem.

3. Put the library on reliable storage

   For example:

   /music
     /Artist
       /Album
         01 - Track.flac
         02 - Track.flac
         cover.jpg
   

   You can use a NAS, a dedicated Linux machine, an old PC, or a small server. Navidrome can run on Linux, Windows, macOS, Raspberry Pi, or Docker.

4. Run Navidrome

   Docker is particularly convenient. Its official documentation provides a container configuration that mounts your music directory read-only/readably and keeps its database/cache separately.

5. Access it from everywhere

   At home, your phone/desktop can connect directly to the server. For remote listening, I'd put it behind HTTPS and authentication rather than exposing a raw HTTP port to the Internet.

   Navidrome supports a large selection of compatible apps, including iOS, Android, desktop, web, CarPlay and Android Auto clients.

What I'd build

If your goal is "I want my own private Spotify, but with music I control", my default recommendation would be:

FLAC library → NAS/server → Docker → Navidrome → phone/desktop clients

You don't need a powerful server. Navidrome specifically emphasizes low resource usage and can run comfortably on modest hardware.

If you also want movies and TV, then I'd consider Jellyfin instead; its libraries explicitly support music alongside movies and shows.

If you tell me which streaming service you're leaving (Spotify, Apple Music, YouTube Music, Tidal, etc.), roughly how many songs you have, and what hardware you already own, I can map out the exact migration path—including how to get your library into files, recommended storage, tagging, server software, backups, and remote access.

Absolutely. The key distinction is moving your library versus moving your streaming-service subscription.

If you mean “I want copies of the music files I can legally possess, stored on my own server,” a self-hosted setup is a great fit. If you mean downloading the cached/offline files from a service such as Spotify and putting those files on your server, that generally isn't supported: Spotify describes its downloads as offline listening within its service, and its guidelines prohibit transferring copies of cached content to another device.

A good self-hosted setup

I'd recommend Navidrome for a music-only server.

It is lightweight, open source, designed specifically for personal music collections, supports mobile clients, transcoding, playlists, and the OpenSubsonic ecosystem. It can handle very large collections and can run on relatively modest hardware.

A typical setup would look like:

Your music files
      │
      ▼
 ┌─────────────┐
 │ NAS / Server│
 │             │
 │ /music      │
 │ /music/...  │
 └──────┬──────┘
        │
        ▼
   ┌──────────┐
   │ Navidrome│
   └────┬─────┘
        │
   ┌────┴───────────┐
   ▼                ▼
Phone/tablet      Web browser

Where the actual music comes from

For music you own, I'd build the library from sources such as:

• CDs you own → rip to FLAC
• Purchased DRM-free downloads → copy the original files
• Bandcamp/artist-store downloads → download your purchased files
• Other DRM-free digital purchases

Then organize/tag those files before pointing Navidrome at them. Navidrome has specific guidance for tagging, artwork, missing files, and library organization.

A sensible structure is:

Music/
├── Artist/
│   ├── 2001 - Album/
│   │   ├── 01 - Song.flac
│   │   ├── 02 - Song.flac
│   │   └── cover.jpg
│   └── 2005 - Another Album/
│       └── ...
└── Another Artist/
    └── ...

The embedded metadata is more important than the filenames. Jellyfin's documentation, for example, explicitly recommends relying on embedded metadata for identifying music; Navidrome likewise provides extensive tagging guidance.

If you want a more general media server

If you also want movies, TV, photos, etc., I'd look at Jellyfin instead:

For music alone, though, I would choose Navidrome. Interestingly, current Navidrome versions can expose a Jellyfin-compatible API, allowing some Jellyfin-compatible music clients to use a Navidrome library without actually running a Jellyfin server.

Hardware

You don't need a powerful machine. A reasonable starting point is:

• Mini PC, old desktop, NAS, or Raspberry Pi
• 1–2+ TB storage depending on collection size
• Ethernet connection if possible
• Docker is convenient, though not mandatory
• Separate backup of the music files

I'd strongly recommend FLAC as your archival format when ripping CDs. Navidrome can transcode on the fly, so you can retain lossless originals while having lower-bitrate streams sent to your phone when appropriate.

The part I'd plan carefully

Don't make the server itself your only copy.

A good arrangement is:

Original/purchased music → primary storage → automatic backup → Navidrome

And if you want to access it outside your home, I'd avoid simply exposing Navidrome's port directly to the internet. Put it behind a properly secured VPN/reverse proxy, use strong unique credentials, and keep the server updated. Navidrome's own security documentation recommends running it as a non-root user and giving it only the filesystem permissions it needs.

If you tell me which streaming service you're currently using (Spotify, Apple Music, YouTube Music, etc.), roughly how many songs you have, and whether you already own a NAS/server, I can map out the easiest migration path—including how to preserve your playlists, ratings, album art, and listening history where possible.

Moving to a self-hosted music setup gives you full ownership, privacy, and control over your files. Here is the breakdown of how to transition from a streaming service to your own private server:

1. Audit and Download Your Music
   • Local files - Gather any existing MP3s, FLACs, or AAC files you already own on your computer or hard drives.
   • Streaming downloads - Note that commercial streaming services (Spotify, Apple Music, Tidal) encrypt downloaded files for offline use within their apps and do not let you export them directly. You will need to re-acquire your library via digital purchases (Bandcamp, Qobuz, HDtracks) or use specialized open-source tools/rippers if transitioning from an existing cloud library.
2. Choose Your Server Hardware
   • Mini PC / Refurbished Office PC - Brands like Beelink, Minisforum, or a used Dell OptiPlex Go to product viewer dialog for this item. make fantastic, low-power music servers that run 24/7.
   • Single-Board Computer - A Raspberry Pi (like the Raspberry Pi 4 Go to product viewer dialog for this item. or 5) is compact, incredibly cheap to run, and powerful enough to stream audio to multiple devices.
   • NAS (Network Attached Storage) - Devices like Synology or Ugreen NAS units have built-in storage redundancy and can run server software easily.
3. Install Server Software (The Backend)
   • Navidrome - A lightweight, ultra-fast, open-source music server compatible with the Subsonic API. Highly recommended for pure music streaming.
   • Plex / Jellyfin - Excellent media server options if you also want to host movies, TV shows, and audiobooks alongside your music library.
   • Audiobookshelf - Great if a large portion of your library includes audiobooks or podcasts alongside music.
4. Organize and Tag Your Files
   • Folder structure - Organize your music directory cleanly, typically by Artist ÷ Album ÷ Track - Title.flac.
   • Metadata tagging - Use software like MusicBrainz Picard or Mp3tag to clean up missing album art, track numbers, artist names, and genres before pointing your server at the directory.
5. Connect Your Clients (The Frontend)
   • Subsonic-compatible apps - If you use Navidrome, you can use apps like Symfonium (Android), PlaySub (iOS), or SubStreamer to stream your music seamlessly on your phone.
   • Plexamp - If you choose Plex, Plexamp is a brilliantly designed, audiophile-friendly music player app that rivals commercial streaming apps.
   • Desktop/Web - Most of these servers offer web player interfaces or native desktop clients.

To help tailor the setup to your current situation, tell me:

• Which streaming service are you moving away from?
• What hardware do you currently have available to use as a server (an old laptop, a Raspberry Pi, a dedicated NAS)?