RSSHub

A self-hostable RSS/Atom generator that turns dynamic websites and platform content into feeds via route-based rules, with Docker-first deployment and an extensible rule library.

35kTypeScriptMIT License

#rss #rsshub #self-hosted #docker #nodejs #rss-generator #dynamic-site-to-rss #content-monitoring #alternative-to-rss-bridge #inoreader-like #feedly-like

What is it?

RSSHub is a route-driven RSS/Atom generator: each route is a reusable extraction-and-normalization pipeline that turns pages, channels, or endpoints without native feeds into standard feeds. Its strength is not being a reader, but standardizing feed production so you can plug the output URLs into Feedly, Inoreader, or your own reader. The runtime is built around the Node.js ecosystem, and extensions typically live as versioned route modules, which makes team-specific sources easy to codify and review. For deployment, it favors self-hosted reproducibility; with Docker you can bootstrap quickly and keep costs predictable via caching, auth, and proxy controls.

Pain Points vs Innovation

✕Traditional Pain Points	✓Innovative Solutions
Many dynamic sites ship no RSS output, forcing teams into platform notifications or manual checks, with poor traceability and archiving.	RSSHub turns feed generation into a route-rule system: reusable pipelines extract and normalize content into RSS/Atom, exposed as URLs.
Reader-only aggregation doesn’t solve the root cause—missing feeds—especially when you need team-specific filtering, auth, and caching.	It behaves like a feed platform layer: self-hostable, extensible, versionable, and operationally controllable via caching, proxying, and auth.

Architecture Deep Dive

Route-Rule Pipelines for Extraction and Normalization

RSSHub models each feed as a route: not just a URL path, but a reusable extraction-and-normalization pipeline. This creates clean engineering boundaries for feed production—sites can share parsing strategies while still emitting consistent RSS/Atom structures. Compared with naive full-page scraping, a route layer is naturally cacheable and degradable because each route has explicit inputs, outputs, and failure semantics. The result is a versioned, reviewable, reusable catalog of feed rules.

Self-Hosted Runtime and Controllable Reliability Engineering

RSSHub is designed to produce feeds reliably over time, which means operational uncertainty should be managed explicitly: caching to dampen upstream volatility, proxy/timeout controls for unstable networks, and auth/isolation for internal usage. Self-hosting lets you turn reliability into configuration and deployment standards rather than inheriting a third-party platform’s policies. It also scales as a team practice: containerize dependencies and versions, then add monitoring and rate limits to keep peak cost predictable. For continuous information ingestion, this controllability matters more than one-off scraping.

Deployment Guide

1. Boot the service in one command with Docker

bash

1docker run -d --name rsshub -p 1200:1200 diygod/rsshub

2. Verify the service and sample routes are reachable

bash

1curl -I http://localhost:1200

3. For custom routes or development, set up Node.js and install dependencies

bash

1git clone https://github.com/DIYgod/RSSHub.git && cd RSSHub && npm i

4. Add caching, proxy, and auth via configuration, then deploy to production

bash

1docker run -d --name rsshub -p 1200:1200 -e CACHE_TYPE=memory diygod/rsshub

Use Cases

Core Scene	Target Audience	Solution	Outcome
Content & Trend Monitoring	Growth and Ops Teams	Convert social/forums/blogs into unified RSS feeds with alerting and archiving	24/7 low-cost monitoring with traceability
Internal Feed Platform	Enterprise IT and Security Teams	Self-host RSSHub to standardize feeds with access control and caching	Higher availability and less reliance on external platforms
ETL Pre-Ingestion Layer	Data Engineers	Normalize update streams into RSS/Atom via routes and feed them into ETL pipelines	Lower scraper maintenance and improved stability

Limitations & Gotchas

Some sources have anti-bot and rate limits, and route availability can change with upstream redesigns, so production setups should add caching, fallbacks, and alerts.
Login-dependent sources often require cookies or auth; isolate credentials per route and follow least-privilege to avoid spreading sensitive tokens.
High subscriber concurrency amplifies upstream pressure and local resource use; add rate limits, queued refresh, and persistent caching to control peak cost.

Frequently Asked Questions

How does RSSHub compare to RSS-Bridge, and what are the trade-offs?▾

RSSHub is closer to a route catalog with a unified runtime, typically organized around the Node.js ecosystem, which fits large rule libraries and operational reuse. In contrast, RSS-Bridge is closer to a collection of bridges in the PHP ecosystem, often ideal for lightweight gap-filling. If you prioritize containerized reuse, scale of rules, and team operations, RSSHub is a better fit; if you want a simpler footprint with a smaller set of bridges, RSS-Bridge can be a strong choice.

Can RSSHub replace Feedly or Inoreader?▾

Not directly. Feedly and Inoreader are readers that manage subscriptions and reading UX, while RSSHub generates feeds for sources that don’t provide RSS. A common setup is producing feeds with RSSHub and consuming them in a reader, keeping UX while owning feed generation.

How do I make unstable sources reliable for long-term feeds?▾

Make refresh policy explicit: cache hot routes and control update windows so subscribers don’t fan out upstream requests. Make failure semantics visible: timeouts, empty responses, and parse failures should degrade gracefully and trigger alerts so “silence” is not mistaken for no updates. Then isolate and rate-limit: keep cookie/auth routes in separate configs or instances and enforce limits to protect both upstreams and your own resources.

What is it?

Pain Points vs Innovation

✕Traditional Pain Points	✓Innovative Solutions
Many dynamic sites ship no RSS output, forcing teams into platform notifications or manual checks, with poor traceability and archiving.	RSSHub turns feed generation into a route-rule system: reusable pipelines extract and normalize content into RSS/Atom, exposed as URLs.
Reader-only aggregation doesn’t solve the root cause—missing feeds—especially when you need team-specific filtering, auth, and caching.	It behaves like a feed platform layer: self-hostable, extensible, versionable, and operationally controllable via caching, proxying, and auth.

Architecture Deep Dive

Route-Rule Pipelines for Extraction and Normalization

Self-Hosted Runtime and Controllable Reliability Engineering

Deployment Guide

1. Boot the service in one command with Docker

bash

1docker run -d --name rsshub -p 1200:1200 diygod/rsshub

2. Verify the service and sample routes are reachable

bash

1curl -I http://localhost:1200

3. For custom routes or development, set up Node.js and install dependencies

bash

1git clone https://github.com/DIYgod/RSSHub.git && cd RSSHub && npm i

4. Add caching, proxy, and auth via configuration, then deploy to production

bash

1docker run -d --name rsshub -p 1200:1200 -e CACHE_TYPE=memory diygod/rsshub

Use Cases

Core Scene	Target Audience	Solution	Outcome
Content & Trend Monitoring	Growth and Ops Teams	Convert social/forums/blogs into unified RSS feeds with alerting and archiving	24/7 low-cost monitoring with traceability
Internal Feed Platform	Enterprise IT and Security Teams	Self-host RSSHub to standardize feeds with access control and caching	Higher availability and less reliance on external platforms
ETL Pre-Ingestion Layer	Data Engineers	Normalize update streams into RSS/Atom via routes and feed them into ETL pipelines	Lower scraper maintenance and improved stability

Limitations & Gotchas

Some sources have anti-bot and rate limits, and route availability can change with upstream redesigns, so production setups should add caching, fallbacks, and alerts.
Login-dependent sources often require cookies or auth; isolate credentials per route and follow least-privilege to avoid spreading sensitive tokens.
High subscriber concurrency amplifies upstream pressure and local resource use; add rate limits, queued refresh, and persistent caching to control peak cost.

Frequently Asked Questions

How does RSSHub compare to RSS-Bridge, and what are the trade-offs?▾

Can RSSHub replace Feedly or Inoreader?▾

How do I make unstable sources reliable for long-term feeds?▾

RSSHub

What is it?

Pain Points vs Innovation

Architecture Deep Dive

Deployment Guide

1. Boot the service in one command with Docker

2. Verify the service and sample routes are reachable

3. For custom routes or development, set up Node.js and install dependencies

4. Add caching, proxy, and auth via configuration, then deploy to production

Use Cases

Limitations & Gotchas

Frequently Asked Questions

RSSHub

What is it?

Pain Points vs Innovation

Architecture Deep Dive

Deployment Guide

1. Boot the service in one command with Docker

2. Verify the service and sample routes are reachable

3. For custom routes or development, set up Node.js and install dependencies

4. Add caching, proxy, and auth via configuration, then deploy to production

Use Cases

Limitations & Gotchas

Frequently Asked Questions

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