Audiobookshelf vs Playary

Audiobookshelf is a free, open-source media server for audiobooks and podcasts that users host themselves. It supports multiple users with custom permissions and keeps each user’s playback progress synced across devices. Its beta Android and iOS apps support offline listening, alongside web access and Linux and Windows platform support. Users can find and apply metadata and cover art from several providers. Audiobook tools include chapter lookup and editing, metadata embedding, and merging audio files into one M4B. Podcast features include finding shows, downloading episodes automatically, and open RSS feeds for podcasts and audiobooks. Basic ebook support covers EPUB, PDF, CBR, and CBZ, with an ereader and an option to send books to a device such as Kindle. Scheduled backups include the database and metadata-directory cover images, but exclude media files and covers stored with library items. Docker is the recommended installation method. Audiobookshelf does not provide built-in remote access: users must configure a VPN or reverse proxy, and the server uses unencrypted HTTP.

Playary is a digital entertainment platform for music, audiobooks, podcasts, movies, and series. It is available on Android, iOS, Linux, macOS, web, and Windows, and currently supports Turkish and English. Playary says its service is free, with premium membership options possibly introduced later. Users can download content for playback without mobile data and create unlimited playlists to copy, share, or explore. Content controls include explicit-content filters and blocking for artists, albums, or songs. Podcast subscriptions can be imported or exported through OPML, though imports include only podcasts in Playary's catalog. The service supports video podcasts as well as audio and may embed videos hosted by services such as YouTube and Vimeo. Separate platforms let artists and podcasters upload and manage content. Playary says sensitive personal data is encrypted in transit with TLS and at rest, and describes role-based access controls and multi-factor authentication. Its terms require users to be at least 13 or meet the applicable digital-consent age unless parental consent applies.