HTTP/2 summary for cursor.sh
This page tests whether cursor.sh supports HTTP/2 and modern web protocols, reporting the negotiated protocol and response time.
Below you can review the protocol details for cursor.sh and run a new test for any other domain.
What is HTTP/2?
HTTP/2 is a major revision of the HTTP protocol that improves performance through multiplexing, header compression and server push, reducing latency compared to HTTP/1.1.
Modern sites increasingly adopt HTTP/2 and HTTP/3 (over QUIC) to deliver faster, more efficient page loads.
How to interpret the HTTP/2 results for cursor.sh
If cursor.sh negotiates HTTP/2 (h2), it benefits from multiplexed connections and lower latency. Falling back to HTTP/1.1 may indicate older server configuration.
The response time reported for cursor.sh gives a quick indication of how fast the server responds over the negotiated protocol.
Use cases
- Confirm whether cursor.sh serves traffic over HTTP/2.
- Compare protocol support of cursor.sh against other servers.
- Diagnose performance issues on cursor.sh related to the HTTP protocol.
- Validate that a migration enabled HTTP/2 on cursor.sh.
Frequently asked questions
Does cursor.sh support HTTP/2?
This page reports whether cursor.sh negotiates HTTP/2, showing the protocol returned by the server during the connection.
What protocol does cursor.sh use?
The result shows the protocol negotiated with cursor.sh, such as HTTP/2 (h2) or HTTP/1.1, along with the response time.
Why does cursor.sh still use HTTP/1.1?
If cursor.sh returns HTTP/1.1, the server or its CDN may not have HTTP/2 enabled. Enabling it usually improves performance.
Does HTTP/2 make cursor.sh faster?
HTTP/2 generally improves performance for cursor.sh through multiplexing and header compression, especially for pages with many resources.
Is the HTTP/2 test for cursor.sh free?
Yes. The XploreNetHub HTTP/2 Test is completely free, requires no sign-up and runs directly in your browser.
Related guides
- DNS and SSL Checklist — Steps and verification table before pointing a domain.
- Security Headers Checklist — HSTS, CSP and HTTP headers before go-live.