HTTP Status Checker
Enter one or more URLs
The HTTP status code is how a server reports the fate of a request, 200 for OK, 301 for moved, 404 for missing, 500 for error. Monitoring them catches broken links and misconfigurations.
Read the status results
The tool checks each URL and reports its status code and final destination, so you can audit a batch of pages in one pass.
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What Is an HTTP Status Checker?
An HTTP Status Checker is a free tool that allows you to check how a web server responds when a URL is requested. Servers use HTTP status codes to indicate whether a page is accessible, redirected, missing, or affected by a technical error. For example, a 200 status code means the request was successful, while 301 indicates a permanent redirect, 404 means the page could not be found, and 500 indicates a server-side error.
With Kriko HTTP Status Checker, you can test one or more URLs in a single query. The tool displays the HTTP status code returned for each URL and shows its final destination, helping you identify redirects, broken pages, and configuration issues more efficiently.
How to Check an HTTP Status Code
Enter one or more complete URLs in the relevant field and start the check. The tool requests each address individually and analyzes the response returned by the server. You can then review the status code and final destination of every URL included in the query.
Checking multiple URLs at once can be especially useful when auditing migrated pages, reviewing internal links, or testing a list of redirects. It allows you to identify problematic URLs without checking each page manually.
What Do HTTP Status Codes Mean?
HTTP status codes are grouped according to the type of server response. Codes in the 200 range indicate successful requests. Codes in the 300 range show that the requested URL redirects to another address. Codes in the 400 range usually indicate client-side issues, such as missing or restricted pages. Codes in the 500 range refer to server-side problems that may prevent a page from loading correctly.
Understanding these response groups helps you determine whether a URL is functioning as expected or requires further investigation.
Why Is Checking HTTP Status Codes Important?
Incorrect status codes can negatively affect website accessibility, user experience, crawling, and search engine optimization. Broken links may direct users and search engine crawlers to 404 pages, while unnecessary redirect chains can slow down access to content. Server errors may also prevent important pages from being indexed or used.
Regular status code checks help you detect broken links, incorrect redirects, unavailable pages, and server configuration problems before they affect a larger number of users.
