
CORS Anywhere
Corsfix
cors.sh
All Origins
crossorigin.me
Any Origin
Whatever Origin
über-simple node.js-Proxy to enable CORS request for any website.

cors.sh
Corsfix
CORS Anywhere
All Origins
crossorigin.me
CRProxy
Managed CORS proxy with API keys, rate limits, and SSRF protection, or self-host the open-source Go runtime for free.

Which is more popular?
Website, pricing, platforms and company facts side by side.
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|---|---|---|
| Website | github.com | corsproxy.dev |
| Pricing | — | |
| Company | — | Startup from The United Kingdom · 2026 |
| Listed in |
In their own words, as submitted to SaaSHub.


No description of corsproxy yet.
corsproxy.dev adds CORS headers to any API response so browser frontends can call third-party APIs directly, without building and running your own proxy. Hosted: Sign up, create an API key, start sending requests. Per-key rate limits, request logs, a dashboard, and a daily quota on the free plan,...
What each product offers, as listed by its team.


Possible disadvantages
No features have been listed yet.
How often each product is chosen within a category, 0–100% relative to the other.


As answered by people managing corsproxy and CorsProxy.dev.
CorsProxy.dev's answer:
It's a managed CORS proxy that blocks requests to private IPs, loopback, and cloud metadata endpoints (SSRF protection) by default — most CORS proxies don't do this at all, hosted or self-hosted. The hosted API and the self-hosted binary run the same open-source Go core, so you can start on the free managed tier and move to self-hosting later without changing how you call it. It also runs a remote MCP server, so AI agents (Claude Code, Cursor) can call third-party APIs through your key without ever seeing the upstream secret.
CorsProxy.dev's answer:
Most free CORS proxies (corsproxy.io, allorigins, cors-anywhere) are unmanaged public relays with no auth, no logs, and no SSRF protection — fine for a demo, risky for production. CorsProxy.dev gives you per-key auth, rate limits, request logs, and a dashboard on a free tier, plus an open-source self-host path (MIT) if you'd rather not depend on a hosted service at all.
CorsProxy.dev's answer:
Go (self-hosted / open-source core), TypeScript on Cloudflare Workers (hosted SaaS), Cloudflare KV, D1, and Durable Objects for rate limiting.
CorsProxy.dev's answer:
Frontend and full-stack developers who need their browser app to call a third-party API that doesn't send CORS headers — indie hackers and small teams shipping fast without standing up a backend just to proxy one API call, plus developers wiring AI agents up to external APIs.
Share your experience with using corsproxy and CorsProxy.dev. For example, how are they different and which one is better?
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