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What is Miniflux?

Miniflux is a self-hosted RSS and Atom feed reader designed around a minimalist, opinionated approach. Rather than trying to be a full content platform, it focuses on doing one job well: collecting feeds and presenting articles in a clean, text-first interface. The project is open source, and the presence of PayPal among its payment options suggests it accepts donations to support development.

Because it is self-hosted, Miniflux is typically run on a personal server, a small VPS or a home machine. That gives users control over their reading data and avoids dependence on a third-party service. Setup usually requires some technical comfort, since you need a web server, a database and a way to deploy the application. In exchange, it is lightweight and fast, which suits people who follow many feeds and want minimal clutter.

Typical users include developers, system administrators and privacy-conscious readers who prefer to own their data. It supports keyboard-driven navigation, full-text search and integrations with services for saving or sharing articles. It is not aimed at casual readers who want a hosted, zero-maintenance product, and its deliberately plain design may feel austere to those expecting rich visual layouts. For the right audience, that restraint is the main appeal.

What makes Miniflux minimalist and opinionated compared to other feed readers?

Miniflux is a self-hosted RSS reader that strips the reading experience down to essentials. Its "minimalist" label comes from a deliberately plain interface: a text-focused list of entries, keyboard shortcuts, and few visual distractions. There is no magazine-style layout or algorithmic recommendation feed. The "opinionated" part refers to design choices the project makes for you rather than offering endless configuration. It assumes you want to read feeds quickly and efficiently, not customize every pixel.

Compared with readers such as Feedly or Inoreader, which emphasize discovery, team features, and mobile apps, Miniflux targets users who prefer to run their own server and control their data. It supports standard feed formats, full-text extraction, and integrations, but avoids social layers or content suggestions. That makes it suited to privacy-conscious readers, developers, and anyone comfortable with Docker or a manual install.

Trade-offs are real. You gain speed, low resource use, and independence, but you may miss polished native apps, collaborative tools, or the guided onboarding of hosted services. Some users pair it with third-party clients, though the core experience remains spare. If you want a fast, no-frills reader you host yourself, Miniflux fits; if you want discovery and cross-device convenience out of the box, a hosted alternative typically suits better.

How do I install and set up Miniflux on my own server?

Miniflux is a self-hosted RSS and Atom feed reader distributed as open-source software. It is designed around a deliberately small feature set, so setup is usually straightforward for anyone comfortable with a Linux server and a database.

Typical installation paths

• Package or binary: Download a release binary or use a distribution package, then run the application directly. This suits users who want a single service without container tooling.
• Docker: Run the official container alongside a PostgreSQL container. This is often the fastest route and keeps dependencies isolated.
• Build from source: Requires a Go toolchain and PostgreSQL. Suited to users who want to track development versions or customize the code.

Core setup steps

1. Install and start PostgreSQL, then create a database and user for Miniflux.
2. Provide configuration through environment variables or a config file, including the database connection string and the listening address.
3. Run database migrations, which the application typically handles on startup or through a dedicated command.
4. Start the service, then open it in a browser and create the first admin account.
5. Place it behind a reverse proxy with HTTPS if it will be reachable from the internet.

Trade-offs

Because Miniflux is intentionally minimal, it may lack some conveniences found in larger readers, and its web interface is text-focused. In exchange, it is lightweight, fast and easy to run on modest hardware. Official documentation at Miniflux covers configuration options and upgrade notes.

Does Miniflux support third-party integrations or mobile apps?

Miniflux focuses on a lean, self-hosted RSS reading experience, so its approach to integrations and mobile apps differs from large commercial feed readers.

Third-party integrations

• API access: Miniflux exposes an API that third-party clients and tools can use, which is the main path for integrations.
• Webhooks and external services: It supports sending entries to external services and can work with notification or automation setups, though the built-in integration list is intentionally limited.
• No large plugin marketplace: Unlike some readers, it does not appear to offer a broad catalog of official add-ons. Missing information here is not proof that specific integrations are absent.

Mobile apps

Miniflux is primarily a web application, but its API makes third-party mobile clients possible. Several independent apps for iOS and Android are typically available, and many users rely on those rather than an official Miniflux mobile app. You can also use the web interface on a phone.

Trade-offs

This minimalist model suits people who value self-hosting, speed and control. It may require more setup than commercial alternatives if you want a polished native app or many ready-made integrations. For a hosted option, see Miniflux.

Is Miniflux free to use, and what are the PayPal payment options for?

Miniflux is free and open-source software. You can download, install, and run it on your own server at no cost, and the source code is available for anyone to inspect, modify, and redistribute under its open-source license. There is no subscription fee to use the software itself.

The PayPal payment options are not a requirement for using Miniflux. They are typically presented as a way to support the project financially — for example, making a voluntary donation to the developer. Donations help cover ongoing costs such as hosting, development time, and maintenance, but they do not unlock extra features or remove limitations.

If you prefer not to manage your own installation, you may look for a hosted Miniflux service run by a third party, which could charge its own fees. Those charges come from the hosting provider, not from Miniflux itself.

In short:

• Software cost: Free to download and self-host.
• PayPal: Optional donations to support the project, not a paywall.
• Hosted options: May involve separate third-party fees.

Check the official site for current donation details and licensing terms.

How does Miniflux handle privacy and data ownership for self-hosted users?

Miniflux is a self-hosted RSS reader, so the main privacy and ownership control comes from where you run it: on your own server or hosting account. Feeds, read states and settings are stored in your own database rather than in a vendor's cloud, which means you decide who can access the data and how long it is kept.

For self-hosted users, that model has practical implications:

• Data location: articles, subscriptions and reading history live in your instance's database, not on Miniflux's servers.
• Access control: you manage accounts, passwords and any reverse-proxy or network restrictions.
• Backups: you are responsible for exporting or backing up the database; ownership includes maintenance.
• Third-party requests: feed fetching happens from your server, so your reading activity is not tied to a hosted reader account, though feed servers still see requests from your instance.

The trade-off is operational: you gain control and avoid a hosted service's data practices, but you take on updates, security patching and uptime. Miniflux is typically suited to users comfortable with server administration or a managed self-hosting setup. Its minimalist design also limits some convenience features found in larger hosted readers, which may matter if you want built-in discovery or social features.