Website Status Checker
Sample a site's final status a few times over, compare it against the first-response headers and redirect path, and read an availability report.
This website status checker tells you whether a site is up, and more usefully, what the URL actually returns, from our server side rather than your possibly cached browser. It samples the final status several times so one flaky reading does not fool you, then holds that against the exact URL you typed: its first-response status, the headers, and the redirect path it travels before landing. The report keeps the clues separate, downtime here, a redirect mess there, a slow server somewhere else, so you stop guessing during an incident. It scores the run, names the long redirect chains and error endings, and hands you a copyable summary. Built for the deploy, the migration, the permalink switch, and the support ticket that just says the site is down.
Queries run through the PeopleAreGeek lookup service. We log nothing.
Live availability and response-path audit
Check a URL the way you would mid-incident, when someone's pinging you and the clock's running. It samples the final status a few times over, then holds that up against what the raw entered URL does first. Redirect path, header context, the works. You walk away with a report that keeps downtime separate from a redirect mess separate from a slow server. Honestly that separation is the whole point.
The repeated check follows up to five redirects. The header and redirect panes look at the exact URL you typed, before anyone gets to assume the final page is fine.
What a website status checker should answer first
When a page feels broken, the question that actually helps isn't "does it look right?" It's "what did the URL return?" A status check hands you that first scrap of truth. Did the request even reach a server. Which HTTP code came back. Did it stay put across a few samples or wobble. And the one people forget: was the URL you typed the page visitors landed on, or just the first hop before a redirect dragged them somewhere else.
This bites after a deploy. After a plugin update too, or a migration that moved a product URL, or that support ticket that just says "site's down" and nothing else. One green browser tab lies all the time. It hides a redirect, a cached response, a path that loads for you and 404s for the person on the phone. A short status report keeps you honest before you go chasing content or JavaScript or whatever the metadata's doing.
Final status and first response are not the same clue
The final status sample answers the user's question: after the redirects shake out, does the target respond? The first response answers a different one, the plumbing question, what does the exact URL you typed do before anything follows a redirect. Read them side by side. An old HTTP URL can land on a perfectly healthy HTTPS page and still take three hops too many to get there. A typo gives you a clean 404. And a server can hand back a 302 to a login screen, which technically loads, sure, but it's not the public page a crawler was hoping for.
- 2xx usually means the thing you sampled answered, and answered fine.
- 3xx means it's pointing you somewhere else, so go look at the redirect path.
- 4xx means the resource or the access rule said no for this request.
- 5xx is the server falling over. Reliability work jumps the queue here.
- Timeout or fetch failure sends you digging into network, DNS, firewall or TLS long before you touch the page itself.
How to use the report during troubleshooting
Start at the summary. Every sample online, status family steady, response time not embarrassing? Good, move on to headers and redirects and the page-level stuff. But if the samples don't agree, don't tidy that into a conclusion. Keep the raw data and run it again. Intermittent failures are the worst, and they usually want server logs, cache-layer logs, an application trace, maybe a second monitoring point watching from elsewhere before they confess what's wrong.
The response path pane stays practical on purpose. Entered URL, first-response status, the redirect chain it sampled, the final URL this checker actually sees. That's usually enough to catch the dumb stuff. HTTP and HTTPS quietly disagreeing. An old slug still bouncing through four historical redirects nobody cleaned up. A login gate sitting where a public page used to be. Or a 404 that never got its redirect rule after someone changed the permalink structure and forgot.
Status checks and technical SEO
A status checker won't move your rankings. It's a foundation check, the boring kind. Crawlers and people both need your important URLs to answer reliably and land on one clear canonical page without detouring through error paths. So before you go polishing title tags or schema, confirm the URL returns the status you expect. Confirm the redirect path is something you meant to set up. Make sure the final page can actually be indexed, and that your internal links point at the destination, not at some stale redirect that should've been retired ages ago.
On WordPress it earns its keep after theme swaps, permalink edits, a new caching or security plugin, a CDN change, an HTTPS migration. Any of those can rewrite your headers or redirects without touching a single word of the visible article, which is exactly how it sneaks past you. Run a quick audit before the change and again after. Then the hidden behavior has somewhere to show itself.
Frequently asked questions
Does HTTP 200 mean the page is perfect?
Nope. All it means is the HTTP request you sampled went through. The page underneath can still be thin, visually broken, blocked from indexing, pointing at the wrong canonical, throwing JavaScript errors, or just painfully slow to render. 200 is the door opening. It says nothing about the room.
Why can an error page still look online?
Because some apps dress their errors up. They serve a nice branded page with a working-looking layout, and your eyes buy it. The status code does not lie the way the layout does, so trust the code. A genuinely missing page has no business pretending to be a normal 200, but plenty of them do exactly that.
Is this the same as uptime monitoring?
No, and the difference matters. This is a snapshot you take on demand, a handful of samples right now. Uptime monitoring is the thing that runs on a schedule forever, keeps the history, pages you at 3am, and compares across time and locations. Different jobs. You honestly want both.
What does this checker tell me that a browser does not?
The raw stuff your browser smooths over. The actual status code, the response time, the redirect behavior, all read from a neutral spot that is not your machine. That last part is the useful bit: it helps you tell a real outage apart from your own network or a stale cache lying to you locally.
Is my site down for everyone or just me?
Quick way to find out. If the checker reaches the site and you cannot, it is you: your DNS, your cache, your network, your ISP, something on your end. If the checker also comes back empty-handed, then it is real, and the problem lives on the server or wherever it is hosted.
What status code means the site is healthy?
200 OK is your baseline for healthy. The 3xx codes are redirects sending you elsewhere. The 4xx ones are client or not-found errors. And 5xx means the server itself broke, which points the finger at the application or the host rather than at you.