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What is RSSHub?
RSSHub is an open-source feed generator that creates RSS feeds for websites and services that don't provide one natively. Rather than waiting for a site to add RSS support, you point RSSHub at a supported source and it produces a subscribable feed you can add to any RSS reader. Its tagline, "Everything is RSSible," captures the idea: most content on the web can be turned into a feed.
What it actually does
- Converts pages and services โ news sites, social platforms, video channels, blogs, forums and more โ into standard RSS feeds.
- Runs as routes: each supported source has its own path, so you subscribe to a URL that corresponds to the content you want.
- Works with ordinary RSS readers, so you keep one place for all your subscriptions instead of checking each site separately.
Who it suits
- Feed enthusiasts who want to follow sites that dropped or never had RSS.
- Researchers and journalists tracking many sources in one reader.
- Developers who want to self-host it, extend it with new routes, or feed content into their own tools.
Trade-offs to weigh
- Coverage depends on maintained routes; a source you want may not be supported, or a route may break when the target site changes.
- You rely on either a public instance or your own deployment, which affects reliability and privacy.
- It generates feeds; it doesn't replace a full reader or archive.
A practical next step
Decide whether you'll use a public instance or self-host. If you want control over uptime and data, self-hosting is the usual choice; if you just want to try it, start with a public instance and add one feed to your reader. The project's documentation at RSSHub lists available routes and setup options.
How do I generate an RSS feed for a website that doesn't provide one?
Use RSSHub: it is a feed generator that creates RSS feeds for sites and services that don't publish their own. You point it at the site you care about, and it returns a subscribable feed URL you can paste into any RSS reader.
How it works in practice
RSSHub has a route for each supported site. A route is just a URL pattern that tells RSSHub which page to scrape and how to turn it into feed items. For example, instead of visiting a blog's index page manually, you use the route for that blog, and RSSHub outputs an RSS document containing the latest posts.
The general workflow:
- Find the route for your target site in the RSSHub documentation.
- Replace the placeholder parts of the route (username, category, ID) with the real values from the site.
- Copy the resulting URL into your RSS reader.
- If the site changes its HTML structure, the route may need updating โ that is the maintenance cost of scraping-based feeds.
Choosing between options
| Approach | Best when | Trade-off |
|---|---|---|
| RSSHub route | The site is already supported | Depends on maintainers keeping the route working |
| Self-hosted RSSHub | You want reliability and privacy | You handle deployment and updates |
| A different feed generator | Your site isn't covered | Fewer ready-made routes |
| Manual reading | The site updates rarely | No automation, easy to miss posts |
Public instances are convenient but can be rate-limited or slow; self-hosting gives you control at the cost of setup effort.
A concrete next step
Pick one site you check daily, look up its route in the RSSHub docs, and subscribe to the generated URL in your reader for a week. If items arrive reliably, add more sites; if a route breaks, check whether a self-hosted instance or an alternative generator suits you better.
Can I self-host RSSHub instead of using the public instance?
Yes. RSSHub is designed to be self-hosted, and its documentation covers running your own instance rather than relying on the public one. That matters if you want control over uptime, route availability, or what data passes through the service.
Why self-host
- Reliability: public instances get heavy traffic and individual routes can be rate-limited or blocked by the target site. Your own instance avoids competing with strangers.
- Route control: you can enable only the routes you need and configure credentials for services that require them.
- Privacy: requests go from your server, not a shared one, so your reading interests aren't mixed into a public pool.
- Customization: you can add or modify routes, and set your own cache and refresh behavior.
What it costs you
Self-hosting shifts the work to you: deploying the app (commonly via Docker or Node.js), keeping it updated, monitoring failures, and handling network access. Some routes need API keys or cookies, which you must supply and maintain. If a target site changes its markup, you may need to update sooner than a public instance would.
Quick decision guide
| Situation | Better choice |
|---|---|
| Casual use, few feeds | Public instance |
| Many feeds, frequent failures | Self-hosted |
| Routes needing private credentials | Self-hosted |
| No server or ops time | Public instance |
| Privacy-sensitive subscriptions | Self-hosted |
A practical next step: pick two or three routes you actually rely on, run them on a small self-hosted instance for a week, and compare failure rates against the public one. If the improvement is marginal, stay public; if routes keep breaking or you need credentials, self-hosting pays off.
For setup specifics, start with the official documentation at RSSHub.
Which websites and services does RSSHub currently support?
RSSHub is a feed generator that creates RSS feeds for sites and services that don't provide their own. Its route catalog is the authoritative answer to "what's supported": each supported source has its own route documentation page, usually grouped by service category (social media, news, blogs, video, programming, academic, government, etc.). Because routes are contributed continuously, the catalog changes often โ checking the live docs is more reliable than any static list.
RSSHub
How to read the catalog
Routes are organized by namespace, typically /<namespace>/<path>. A namespace usually maps to one website or platform, and the path selects a specific section โ a user's posts, a channel's videos, a tag, or a search query. When you open a namespace page, you'll see the exact parameters each route needs.
What you'll commonly find
- Social and community platforms โ user timelines, hashtags, subreddits, forum boards.
- Video and audio โ channel uploads, playlists, podcast episodes.
- News and blogs โ site sections, author pages, category feeds.
- Programming and dev tools โ repository releases, issues, commits, package updates.
- Academic and institutional sources โ journals, university announcements, government notices.
Practical next step
Decide what you actually want to follow, then search the docs for that site's name. If a route exists, copy its path, fill in the parameters (user ID, channel ID, keyword), and paste the resulting URL into your feed reader. If nothing appears, the site likely isn't covered yet โ you can request a route or self-host and add one.
One trade-off worth knowing: routes depend on the source site's structure, so they can break when a site redesigns. Self-hosting gives you more control over updates and rate limits than relying on a public instance.
How do I deploy RSSHub with Docker?
RSSHub can be run as a Docker container, which is the simplest way to get a self-hosted feed generator without installing Node.js or managing dependencies. The official documentation at RSSHub covers deployment, and the Docker route is the standard recommendation for most users.
Basic approach
You run the published image, expose its port, and optionally mount a config file or data volume. The container listens on port 1200 by default, so you map a host port to that and then browse to the instance to build feed URLs.
A typical pattern looks like:
docker run -d --name rsshub -p 1200:1200 diygod/rsshub
For anything beyond a quick test, add a restart policy (--restart unless-stopped) so it comes back after a reboot, and mount a volume if you want persistent state such as cached data or a custom config.
Docker Compose
If you expect to add a cache or database later, Compose is easier to maintain. Define the RSSHub service, its port mapping, environment variables, and any dependency services in one file, then bring it up with docker compose up -d. This keeps configuration versioned and makes upgrades a matter of pulling a new image and recreating the container.
What to decide before deploying
| Situation | Sensible choice |
|---|---|
| Just trying it out | Single docker run, default port |
| Home server, long-term | Compose + restart policy + volume |
| Heavy use or many feeds | Add a cache service (e.g. Redis) and set the relevant environment variable |
| Public instance | Put it behind a reverse proxy and consider access controls |
Next step
Open the docs, find the deployment section, and copy the current image name and environment variable names from there rather than from memory, since these change between releases. Then start with the minimal command, confirm the web UI loads on your chosen port, and only add cache or proxy layers once the basic instance works.
What should I do if a route stops working or returns an error?
If a route on RSSHub stops working or returns an error, start by isolating whether the problem is the route itself, the public instance, or your own setup. Then move to a self-hosted instance or an alternative route if the issue persists.
First checks
- Test the same route directly in a browser or with
curl. If it fails there too, the problem is server-side, not your feed reader. - Try a different RSSHub instance or your own deployment. Public instances are shared and rate-limited, so a route that works elsewhere may simply be throttled here.
- Confirm the upstream site still exists and still serves the data the route depends on. Many routes break because the source changed its HTML, API, or login requirements.
- Check whether the route needs configuration (cookies, API keys, environment variables). Missing credentials often surface as generic errors.
If the route is genuinely broken
- Search the project's issue tracker for the route name before filing a new report; someone may already be fixing it.
- Report it with the exact route URL, the error message, and the date. Maintainers can only act on reproducible failures.
- In the meantime, look for a related route for the same site, or fall back to the site's own feed if it publishes one.
A practical decision path
| Symptom | Likely cause | Action |
|---|---|---|
| Works in browser, fails in reader | Reader or network issue | Re-add the feed, check reader logs |
| Fails everywhere, intermittent | Public instance load or rate limit | Self-host or switch instance |
| Fails everywhere, consistent | Route or upstream change | Report it, find an alternative |
| Asks for login or key | Route configuration | Set required credentials |
Next step
For anything you rely on regularly, self-hosting removes the shared-instance variable entirely and lets you update routes yourself when upstream sites change. Treat public instances as convenient for testing, not as guaranteed infrastructure.
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