Domain To IP

Resolve a domain name to its IP address using DNS, to see where a domain points. No signup. Ideal for developers, network troubleshooting and checking domains.

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This domain to IP tool resolves a domain name to its IP address using DNS, directly in your browser. Enter a domain and see the IP address it points to. No account, no install, so developers and anyone troubleshooting can look up where a domain points on any device in seconds.

How to Resolve a Domain to an IP Step by Step

  1. Enter the domain name. Type the domain name you want to look up into the input, such as a website's domain.
  2. Resolve the domain. The tool performs a DNS lookup, resolving the domain name to the IP address it currently points to.
  3. See the IP address. See the IP address the domain resolves to, showing where the domain points on the network.
  4. Use the result. Use the IP address for your troubleshooting, development, or checking, having found where the domain points.
  5. Look up other domains. Resolve other domains as needed, checking where each points, for your network or development tasks.
Domain to IP tool resolving a domain name to its IP address

What Domains, IP Addresses and DNS Are

A domain name is the human readable address of a website or service, like the name you type to visit a site. Computers, however, connect using IP addresses, which are numerical addresses identifying devices on a network. The Domain Name System, or DNS, is the system that translates domain names into their IP addresses, so that when you use a domain, it is resolved to the IP address the domain points to.

Resolving a domain to its IP address means performing this DNS lookup: taking a domain name and finding the IP address it currently points to. This is what happens behind the scenes whenever you visit a website, and a domain to IP tool lets you do it explicitly, seeing the IP address a domain resolves to. This reveals where the domain points on the network, which is useful for various technical purposes.

DNS translates domain names to IP addresses. Domain names are human readable addresses, while IP addresses are the numerical addresses computers use to connect. DNS is the system that maps domains to IPs, so resolving a domain reveals the IP address it currently points to on the network.

The relationship between domain names and IP addresses is central here. Domain names are for humans, being memorable and readable, while IP addresses are for machines, being the numerical addresses used to actually connect. DNS links the two, mapping domains to IPs. A domain can point to a particular IP address, and resolving the domain reveals that IP, showing which server or address the domain is currently directed to.

Resolving domains to IP addresses is used by developers, network administrators, and technical users for various purposes: troubleshooting network or website issues, checking where a domain points, verifying DNS configuration, and understanding the infrastructure behind a domain. Because DNS resolution underlies how domains connect to servers, being able to look up a domain's IP directly is a useful diagnostic and development tool for anyone working with domains and networks.

Domain Names Versus IP Addresses

AspectDomain nameIP address
ForHumans, readableMachines, numerical
Example roleWhat you type to visitWhere the domain points
Linked byDNSDNS
Resolving revealsThe IP it points toThe address itself

Who Resolves Domains to IP Addresses

DevelopersA developer resolves a domain to its IP address to check where it points, verify configuration, or troubleshoot during development.
Network administratorsA network administrator looks up domains' IP addresses for network troubleshooting, verifying DNS, and understanding infrastructure.
People troubleshooting issuesSomeone troubleshooting a website or network issue resolves a domain to see where it points, helping diagnose the problem.
People verifying DNS configurationA person checking that a domain points to the right IP resolves it to verify the DNS configuration is as expected.
Anyone checking where a domain pointsA person curious or needing to know which IP a domain points to resolves it, seeing the address the domain is directed to.
Developer looking up where a domain points via DNS

Pro Tips for Domain Lookups

Enter the domain correctly. Enter the domain name accurately, without extra parts, so the tool resolves the right domain. A mistyped domain will resolve to a different result or fail.
Use it for troubleshooting. Resolving a domain to its IP is useful for troubleshooting network and website issues, helping you see where a domain points and diagnose problems in how it connects.
Verify DNS configuration. If you have set up or changed DNS, resolving the domain lets you verify it points to the intended IP address, confirming your configuration is working as expected.
Remember DNS can change. A domain's IP can change if its DNS configuration is updated, and changes may take time to propagate. So a resolution reflects where the domain points at that time, which may differ later.
Understand the domain to IP relationship. Grasping that domains are readable addresses mapped by DNS to numerical IP addresses helps you interpret resolution results and understand how domains connect to servers.
Combine with other URL tools. For working with web addresses, our URL Parser breaks down a URL, and the URL Opener opens links, complementing domain resolution.

Common Domain Lookup Mistakes to Avoid

Entering the domain incorrectly. A mistyped or incorrectly entered domain will resolve to the wrong result or fail to resolve. Enter the domain name accurately, without extra parts like paths, so the tool looks up the correct domain and gives the right IP address for it.
Confusing domain names and IP addresses. Domain names are human readable addresses, while IP addresses are the numerical addresses computers use, linked by DNS. Confusing the two, or their roles, leads to misunderstanding. Remember that resolving a domain reveals the IP address it points to, mapping the readable name to the numerical address.
Assuming the IP never changes. A domain's IP address can change if its DNS configuration is updated, so the resolved IP reflects where the domain points at the time of lookup, not permanently. Assuming a domain's IP is fixed can mislead, since it may point elsewhere later, especially after DNS changes that take time to propagate.
Ignoring DNS propagation. When DNS is changed, the update takes time to propagate across the network, so a resolution soon after a change might still show the old IP. Ignoring propagation can cause confusion when a domain does not immediately resolve to a newly configured IP. Allow time for DNS changes to take effect.

For working with web addresses, our URL Parser breaks a URL into its parts, the URL Opener opens multiple links, and the Extract URLs tool pulls links from text.

A domain name resolved to its IP address

Frequently Asked Questions

How do I resolve a domain to its IP address?

Enter the domain name you want to look up, and the tool performs a DNS lookup, resolving the domain name to the IP address it currently points to, then shows you that IP address. This reveals where the domain points on the network. Use the IP address for your troubleshooting, development, or checking, and resolve other domains as needed. This is the same DNS resolution that happens behind the scenes whenever you visit a website, done explicitly so you can see the IP a domain resolves to, which is useful for various technical and diagnostic purposes.

What are domains, IP addresses and DNS?

A domain name is the human readable address of a website or service, like the name you type to visit a site. Computers connect using IP addresses, which are numerical addresses identifying devices on a network. The Domain Name System, or DNS, is the system that translates domain names into their IP addresses. So when you use a domain, DNS resolves it to the IP address the domain points to, allowing the connection. Domain names are for humans, being memorable, while IP addresses are for machines, and DNS links the two, mapping each domain to the IP address it is directed to on the network.

What is the difference between a domain name and an IP address?

A domain name is a human readable address, memorable and easy to type, used to identify a website or service, while an IP address is a numerical address that computers use to actually connect to devices on a network. Domain names are for humans, and IP addresses are for machines. The Domain Name System links the two, mapping domain names to their IP addresses. So a domain name is the readable name you use, while the IP address is where that domain actually points on the network. Resolving a domain to its IP reveals this mapping, showing which numerical address the readable domain name is currently directed to.

What does resolving a domain to an IP tell me?

Resolving a domain to its IP address tells you where the domain currently points on the network, that is, which IP address, and so which server or device, the domain is directed to. This is useful for various technical purposes: troubleshooting network or website issues by seeing where a domain points, verifying that a domain's DNS configuration directs it to the intended IP, and understanding the infrastructure behind a domain. Since DNS resolution underlies how domains connect to servers, looking up a domain's IP directly reveals this normally hidden mapping, which is valuable for developers, network administrators, and anyone diagnosing or checking how a domain connects.

Why would I need to look up a domain's IP?

You might need to look up a domain's IP for troubleshooting network or website issues, to see where a domain points and help diagnose problems; for verifying DNS configuration, to confirm a domain resolves to the intended IP address; for understanding the infrastructure behind a domain; or simply to check which IP a domain is directed to. Developers, network administrators, and technical users do this for development, diagnostics, and verification. Because DNS resolution is fundamental to how domains connect to servers, being able to resolve a domain to its IP directly is a useful diagnostic and development tool whenever you need to know or verify where a domain points.

Can a domain's IP address change?

Yes, a domain's IP address can change if its DNS configuration is updated to point the domain to a different IP, such as when a site moves to a new server. So the IP a domain resolves to reflects where it points at the time of the lookup, not permanently. Additionally, when DNS is changed, the update takes time to propagate across the network, so soon after a change, a resolution might still show the old IP until propagation completes. So you should not assume a domain's IP is fixed; it reflects the current DNS configuration, which can change, with changes taking time to take full effect across the network.

What is DNS propagation?

DNS propagation is the process by which a change to a domain's DNS configuration spreads across the network over time. When you update where a domain points, the change does not take effect everywhere instantly; instead, it propagates gradually, so different parts of the network may see the old or new configuration during this period. This means that soon after changing a domain's DNS, resolving it might still show the previous IP address until propagation completes. So when checking a domain after a DNS change, it is important to allow time for propagation, since an immediate lookup may not yet reflect the new configuration, which can otherwise cause confusion during troubleshooting or verification.

Is the domain to IP tool free?

Yes, it is completely free with no account and no usage limit. You can resolve as many domains to their IP addresses as you like, as often as you like, at no cost. It runs in your browser on any device, so there is nothing to download or install, and the IP address a domain resolves to appears when you look up a domain, helping developers, network administrators, and anyone troubleshooting or checking to see where a domain points on the network via DNS resolution.