Website IP Lookup

What is Website IP Lookup?

Website IP Lookup lets you find all IP addresses (A and AAAA records) associated with any domain name. Simply enter a URL or hostname, and the tool performs a DNS lookup to retrieve every IPv4 and IPv6 address the domain resolves to, along with hosting provider and location details for each IP.

This is useful for identifying where a website is hosted, checking if a domain points to multiple servers (CDN, load balancing), or investigating suspicious websites.

Domain to IP: how it works and why it matters

The practical side of resolving domain names to their underlying IP addresses.

Why would you perform a website IP lookup?

Every website on the internet sits on at least one server, and every server has an IP address. When you type a URL into your browser, your device silently resolves that domain name to a numeric address before anything loads. A website IP lookup simply makes that invisible step visible, letting you see exactly which servers handle traffic for a given domain.

People reach for this tool in all sorts of situations. A webmaster wants to confirm that DNS propagation has completed after migrating hosts. A security researcher needs to find the IP behind a phishing domain. A developer is troubleshooting connectivity issues and wants to rule out DNS problems. In every case, the first step is the same: convert the domain to IP and look at what comes back.

What a domain IP lookup actually returns

When you perform a domain IP lookup, the tool queries DNS for A records (IPv4 addresses) and AAAA records (IPv6 addresses). Most websites today return at least two or three A records, especially if they sit behind a CDN or use geographic load balancing. Large sites can return a dozen or more, each pointing to a different edge server around the globe.

For each IP that comes back, this tool also queries the hosting provider, ASN and geographic location. That context is what separates a proper domain to IP tool from a bare nslookup command. You get the full picture in one shot: which IPs handle the traffic, who operates the network, and roughly where the servers are located.

Converting a URL to IP: the DNS resolution process

Turning a URL to IP is handled by the Domain Name System, a distributed hierarchy of nameservers. Your device first checks its local cache, then asks a recursive resolver (often run by your ISP or a service like 1.1.1.1). That resolver climbs the DNS tree, starting at the root, moving to the TLD nameserver, and finally reaching the authoritative nameserver for the domain in question.

The authoritative server responds with the actual address records. If the domain uses a CDN like Cloudflare or Fastly, the response might differ depending on which resolver asks and from where. This is why running a url to ip resolution from different vantage points sometimes returns different addresses. It is not a bug: it is how modern traffic distribution works.

How to find the IP of a website behind a CDN

Content delivery networks sit in front of origin servers, which means the IPs you get from a standard lookup are edge nodes, not the actual hosting machine. If you need to find the IP of a website that uses Cloudflare, for instance, what you get are Cloudflare proxy IPs. The real server address is hidden behind them, and that is exactly the point.

There are ways around this. Historical DNS records, SPF or MX entries, and subdomains that bypass the proxy can sometimes reveal the origin. But for most practical purposes, the edge IPs are what matter: they are the addresses your visitors actually connect to, and knowing their provider and location tells you where performance bottlenecks might live.

DNS to IP: understanding record types

When people talk about resolving a DNS to IP address, they typically mean A and AAAA records. An A record maps a domain to a 32-bit IPv4 address. An AAAA record maps it to a 128-bit IPv6 address. Both serve the same purpose but address different generations of the internet protocol. Most modern sites publish both.

Why does this matter? Because the set of IPv4 addresses and IPv6 addresses can differ. A site might have three A records pointing to one hosting provider and two AAAA records pointing to another. Running a dns to ip resolution that covers both types gives you the complete picture. Ignoring one half means you only see part of the infrastructure.

Practical use cases for checking a domain's IP addresses

If you manage websites, knowing how to find the IP of a website quickly becomes second nature. After a DNS change, you want to confirm the old address is gone and the new one is live. If uptime monitoring flags a problem, you resolve the domain to confirm whether DNS itself is broken or the server behind it is down.

Security teams use domain IP lookup results to map infrastructure. If ten suspicious domains all resolve to the same two IP addresses on the same ASN, you have a pattern. Conversely, a legitimate brand that suddenly resolves to an unfamiliar address on a cheap VPS hosting provider is a strong phishing indicator. The IP never lies about which network is actually serving the content.

Frequently asked questions

Common questions about resolving domains to their IP addresses.

What is the difference between a domain IP lookup and a ping?

A domain IP lookup queries DNS to retrieve all the IP addresses associated with a domain, along with provider and location data. A ping sends a small packet to one address and measures round-trip time. The lookup tells you where traffic goes; ping tells you how fast it gets there. They answer different questions.

Why does my website IP lookup return multiple addresses?

Most sites today use load balancing or a CDN, which means traffic is spread across several servers. Each server gets its own IP, so the DNS response includes all of them. Your browser picks one (usually the fastest or closest) when connecting. Getting multiple results is perfectly normal and a sign of healthy infrastructure.

Can I use this tool to convert any URL to IP?

Yes, as long as the URL points to a valid, publicly resolvable domain. The tool strips the protocol and path, extracts the hostname, and queries DNS for its address records. It works with any standard domain name. It does not resolve internal or private hostnames that only exist on a local network.

Why do results differ from what I get with nslookup on my machine?

DNS responses can vary based on the resolver location, caching state, and whether the domain uses geographic routing. Our server queries from its own location, which may differ from yours. If a CDN is involved, it is common to get different edge IPs depending on where the request originates. Both answers are typically valid.

Does this tool show the real server IP behind Cloudflare?

No. When a domain uses Cloudflare or any reverse proxy, the DNS records point to the proxy's edge servers, not the origin. This is by design. The origin IP is deliberately hidden. What the tool returns are the addresses your browser actually connects to, which is what matters for performance and routing analysis.

What does the ASN field tell me?

The ASN (Autonomous System Number) identifies the network operator. It tells you whether the IP belongs to a cloud provider like AWS, a CDN like Cloudflare, or a traditional hosting company. This is useful for understanding who controls the infrastructure that serves a particular domain.

Is the location shown the exact server address?

It is the approximate location of the datacenter or network node. For hosting and cloud IPs, this is usually accurate to the city level because datacenters have fixed, registered locations. It will not give you a street address, but it reliably tells you which geographic region is serving the traffic.

Can I find the IP of a website that is currently down?

If the domain's DNS records are still published, yes. DNS resolution does not require the web server to be running. Even if the site returns an error or times out, the domain to IP resolution will still work as long as the nameservers are reachable and the records exist.