HTTPS Redirect Chain Checker

Verify that your website securely forces all unencrypted HTTP traffic to encrypted HTTPS, and map out the exact sequence of HTTP status codes (301/302).

SEO & Performance Impact

Unsafe Connections: If a user types http://yourdomain.com and it does not instantly redirect to https://, all their traffic is sent in plaintext and can be intercepted (Man-in-the-Middle attack).

SEO Dilution (301 vs 302): Search engines strongly prefer the 301 Moved Permanently status code for HTTPS enforcement. Using a 302 Found (Temporary) may split your page rank metrics between your HTTP and HTTPS domains.

Performance (Long Chains): Every hop in a redirect chain adds another DNS lookup, another network roundtrip, and more latency. A perfect setup has exactly ONE redirect: HTTP://yourdomain.com → 301 → HTTPS://yourdomain.com

Our HTTPS Redirect Checker requests your site over plain HTTP and follows the full redirect chain, reporting whether every path reliably ends at HTTPS, how many hops it takes, and whether HSTS is present to protect future visits.

What is an HTTPS Redirect?

An HTTPS redirect is a server response that sends a visitor arriving over plain HTTP to the encrypted HTTPS version of the same page.

It matters because users almost never type a scheme. Entering example.com in a browser produces an HTTP request first, and unless the server redirects, the whole session continues unencrypted — with no warning beyond a small indicator most people do not notice.

The redirect should be a permanent one, a 301 or 308, so that browsers remember it. It should also preserve the path and query string, so that a deep link arrives where the user intended rather than at the homepage.

Sends HTTP visitors to the HTTPS version of the same page
Necessary because users rarely type the scheme themselves
Should use 301 or 308 so browsers cache the redirect
Must preserve the path and query string
Should be paired with HSTS so later visits skip HTTP entirely

Why HTTPS Redirects Matter

That first plaintext request is a real window of exposure. An attacker on the same network can intercept it and serve a modified page, or keep the user on HTTP indefinitely while proxying to your real site — an SSL stripping attack. The user sees a working site with no certificate warning, because there is no certificate involved.

A redirect narrows the window; HSTS closes it for return visits by telling the browser never to attempt HTTP again. Search engines also treat HTTPS as a ranking signal, and a site reachable over both protocols risks duplicate content unless redirects and canonical URLs are consistent.

The initial HTTP request is interceptable before the redirect happens
SSL stripping keeps victims on plaintext with no visible warning
HSTS removes the window entirely for repeat visitors
HTTPS is a confirmed search ranking signal
Serving both protocols without redirects creates duplicate content

How This HTTPS Redirect Checker Works

The tool requests your site over HTTP and follows every redirect to the final destination.

Validates the URL input against format and SSRF safety checks
Issues a plain HTTP request to the supplied host
Follows each redirect, recording the status code and target of every hop
Confirms whether the chain terminates on HTTPS
Checks the final response for an HSTS header

How to Use the HTTPS Redirect Checker

Enter your domain name in the input field
Run the check to trace the redirect chain from HTTP
Confirm the chain ends on HTTPS
Check the number of hops — one is ideal, three or more needs attention
Verify that HSTS is present on the final HTTPS response

Understanding Your Redirect Results

The check reports each hop in the chain and the final outcome:

Field / Value	Meaning
`301 Moved Permanently`	The correct status for an HTTP to HTTPS redirect. Browsers and search engines cache it, and link equity passes to the target.
`308 Permanent Redirect`	Also correct, and stricter than 301 because it guarantees the HTTP method is preserved. Useful where POST requests must survive the redirect.
`302 Found`	A temporary redirect. It works but is cached less aggressively and signals to search engines that the move is not permanent. Use 301 instead.
`Chain length`	How many hops from the initial HTTP request to the final page. One is ideal. Each additional hop adds latency and another interceptable request.
`HSTS present`	The final response includes Strict-Transport-Security, so browsers will use HTTPS directly on future visits without the vulnerable initial request.
`No redirect`	The site serves content over plain HTTP. The entire session is unencrypted and open to interception and modification.

Common Problems & How to Fix Them

Your site is served unencrypted to anyone who does not explicitly type https://.

In nginx, add a server block listening on port 80 that returns a permanent redirect:
return 301 https://$host$request_uri;

In Apache, use mod_rewrite or a Redirect permanent directive. On most managed platforms and CDNs there is a single toggle labelled "always use HTTPS".

Chains such as http://example.com to http://www.example.com to https://www.example.com add latency and leave more than one request interceptable.

Redirect straight to the final canonical HTTPS URL in a single hop. Handle both the protocol change and the www normalisation in one rule rather than two.

A redirect that drops the path breaks every inbound deep link and destroys the SEO value of those links.

Ensure the rule appends the original request URI. In nginx use $request_uri; in Apache, capture and reuse the path rather than redirecting to a fixed URL.

A temporary redirect tells search engines the move is not permanent, so link equity is not fully passed and browsers re-request over HTTP more often.

Change the status to 301, or 308 if you need the HTTP method preserved.

Every visit still begins with an interceptable plaintext request, because the browser has no instruction to skip it.

Add Strict-Transport-Security to your HTTPS responses, starting with a short max-age while you confirm all subdomains are HTTPS-ready, then raising it to 31536000 with includeSubDomains.

Best Practices

Redirect HTTP to HTTPS with a single 301 or 308 hop
Always preserve the full path and query string
Combine protocol and www normalisation into one redirect rule
Add HSTS so return visits never touch HTTP
Verify redirects work for subdomains as well as the apex domain
Test both www and non-www entry points
Re-check after any server or CDN configuration change

Security Recommendations

Treat the unencrypted first request as the real risk — the redirect limits it but only HSTS removes it
Deploy HSTS with includeSubDomains once every subdomain serves valid HTTPS
Do not serve any content over HTTP beyond the redirect itself, since even a redirect body can be modified in transit
Ensure cookies carry the Secure flag so they are never transmitted over a plaintext connection
Consider HSTS preloading only when you are confident, as removal takes months
Verify no mixed content remains on HTTPS pages, since it undermines the protection the redirect provides

Frequently Asked Questions

Because users type example.com rather than https://example.com, so the first request goes out over plain HTTP. Without a redirect the entire session stays unencrypted and can be read or modified by anyone on the network path.

Use 301, or 308 if the HTTP method must be preserved. Both are permanent, so browsers and search engines cache them and link equity passes through. A 302 signals a temporary move and is cached far less aggressively.

Not entirely. The initial HTTP request still happens and can be intercepted before your redirect is received. HSTS is what closes that gap, by telling the browser to use HTTPS directly on every subsequent visit.

One. Each extra hop adds a round trip and another interceptable request. Combining the protocol change and any www normalisation into a single rule keeps the chain at one hop.

Positively, provided you use 301 redirects that preserve the path. HTTPS is a confirmed ranking signal. Redirecting everything to the homepage instead of the corresponding page will lose rankings, so preserving the request URI matters.

An attack where someone on the network path intercepts the initial plaintext request and keeps the victim on HTTP while proxying to your real HTTPS site. The user sees no warning because no certificate is involved. HSTS is the defence.

Either is fine as long as you pick one and apply it consistently. What matters is that both resolve, one redirects to the other in a single hop, and your canonical URLs match the choice.