Domain to IP

Multiple A records are a standard availability trick. Load balancers, round-robin DNS, and CDN edge networks all publish several addresses so traffic spreads out and a single dead server doesn't take the site down. Seeing two or more entries is usually a good sign.

The domain publishes no AAAA record, so it's reachable over IPv4 only. That's still common and nothing is broken, but adding IPv6 is worth planning since a growing share of mobile networks prefer it.

It gets you halfway. The resolved address belongs to a hosting provider's range, so feeding that IP into a WHOIS query against the regional registry usually names the company. Just remember that a CDN address points at the CDN, not the origin host.

No. If the site sits behind Cloudflare or another proxy, you're resolving the proxy's edge address, and the origin server stays hidden by design. That's exactly what you want to know when debugging why firewall rules aimed at the origin never fire.

It varies wildly. A small site on a fixed VPS can keep one address for years, while CDN-fronted domains rotate answers between requests. If you're allowlisting, resolve the domain a few times across a day before trusting a single answer.

They read the same DNS records, so results normally match. When they don't, the culprit is almost always caching: your local machine or router is holding an older answer, while this lookup runs fresh from the server side.

Type the name into the Domain field and press Resolve. The tool runs a live query and lists every IPv4 and IPv6 address the name publishes, each with its own copy button. Pressing Enter re-runs it, so checking a handful of names in a row stays quick.

Yes. It works as a website ip checker one name at a time, which keeps each result readable. Resolve a name, copy the address you need, then paste the next domain to get ip of website hosts without any batch setup.

Enter the bare registered name, no https and no path. The tool treats a domain name to ip address request as a plain A and AAAA resolution, so example.com returns its published addresses while example.com/pricing would be rejected as invalid input.

Trim the scheme and path first, because DNS resolves names rather than URLs. Once you paste the bare host you can find ip from url style inputs, and a url ip lookup then returns the addresses that host currently answers on.

Two columns, IPv4 and IPv6, with a count beside each header. A find ip address of website pass shows the website ip address for every A and AAAA record, so a dual-stack site fills both sides while an IPv4-only site shows None under IPv6.

Resolve the name and copy each address straight into your allowlist. People check domain ip values this way to check ip address of website endpoints and to check site ip records after a migration, so a rule points at the server that is actually live rather than a stale one.

This view is deliberately narrow. A check dns ip pass returns only the A and AAAA addresses, without the MX or TXT noise, so you see where the name resolves and nothing else. When you want every record type instead, the DNS Lookup tool is the right page.

Yes. The tool calls resolve4 and resolve6 together, so a single lookup domain ipv4 ipv6 pass fills both columns when a site is dual-stack. Every domain ip address in either list has a one-click copy button next to it.

That is the whole idea of a browser tool. You can find website ip address online from any machine with no client and no account, and because the query runs server side, your local DNS cache does not skew the answer.

To prove the change propagated. A website ip lookup the moment you repoint the A record shows whether resolvers see the new server yet, and running it again an hour later confirms it stuck. It is the quickest way to find domain ip answers you can screenshot for a ticket.

Enter the exact hostname, since subdomain records often differ from the root. A find ip address from domain name request for shop.example.com resolves that label on its own, which matters when a subdomain sits on a CDN while the apex points somewhere else.

No, and it helps to know why. This tool runs one direction, name to address, so it cannot get domain name from ip input or find domain name from ip records. A reverse ip domain check needs a reverse DNS or PTR query, which is a separate lookup from the forward resolution shown here.