IP Address Lookup

This free IP address lookup tool shows you what your own public IP address reveals, or looks up details for any other IP address you paste in. Open the page and it automatically detects and displays your current public IP along with its approximate location and network details, no typing required; enter a different address in the lookup box below to check any other IP instead.

For each IP, you get the address itself, its approximate country and city, the ISP or organization it's registered to, its timezone, and geographic coordinates with a link to view that point on a map. This is the same basic information behind "why does this website think I'm in a different city" questions, and it's a normal first step when troubleshooting a VPN, checking a suspicious login alert, or verifying a server's location before pointing a domain at it.

Everything runs through a public IP data lookup with no account needed and no log of what you searched tied to your identity beyond the request itself. It's a quick, single-purpose tool: enter an IP, get its details, done.

Your public IP address reveals your approximate location (typically accurate to the city or region, not your exact address), your internet service provider or hosting company, and your general timezone. It does not reveal your name, your exact street address, your browsing history, or anything tied to your personal identity directly; an IP address identifies a connection point on the network, most often your ISP's equipment, not a specific device or person by default.

That said, an IP address is still meaningful data. It's commonly used to enforce region-locked content, flag logins from an unusual location as potentially suspicious, route you to a nearby server for faster load times, and, in combination with other data a website already has about you (like an account you're logged into), narrow down who's likely behind a connection. This is why privacy-conscious browsing often includes hiding or changing your IP with a VPN, especially on public Wi-Fi.

• Visible: approximate city/country, ISP or hosting provider, timezone, rough coordinates
• Not visible from the IP alone: your name, exact address, or personal identity
• Commonly used for: regional content locks, fraud/login checks, server routing
• A VPN or proxy replaces your visible IP with one from a different location or provider

IPv4 is the older, more familiar address format, written as four numbers separated by periods, like 203.0.113.42, with each number ranging from 0 to 255. It was designed decades ago with room for about 4.3 billion unique addresses, a number that sounded enormous at the time but has been effectively exhausted for years given how many devices are now online worldwide.

IPv6 is the newer format built to solve that shortage, written as eight groups of hexadecimal digits separated by colons, like 2001:0db8:85a3::8a2e:0370:7334, with room for a practically unlimited number of unique addresses. Many home and mobile connections now use IPv6 alongside IPv4 (called dual-stack), so it's completely normal for a lookup here to show either format depending on which protocol your device or network happens to be using for that particular connection.

Country-level accuracy from IP geolocation is very high, generally cited above 95%, because IP address blocks are allocated to countries and large ISPs in a well-documented, centrally tracked way. City-level accuracy is a different story: it's often correct for the metro area an ISP serves out of, but it can be off by tens of miles, especially for mobile connections, satellite internet, or smaller ISPs that route traffic through a regional hub rather than the city you're actually sitting in.

This gap exists because geolocation databases infer location from where an IP block is registered and observed traffic patterns, not from GPS or any signal your device is actually sending. If a lookup shows a city you don't recognize but the correct country and general region, that's a normal margin of error for this kind of data rather than a sign something is broken.

A VPN routes your traffic through a server in another location before it reaches the wider internet, so any IP lookup on your connection while it's active shows the VPN server's location and provider instead of your real one. This is the whole point of using a VPN for privacy or for accessing region-restricted content, and it's expected behavior, not a bug in the lookup tool.

The same applies to proxies and to mobile carrier networks, which often route many customers' traffic through a shared regional gateway, making the IP's registered location match the gateway's city rather than any individual user's actual city. If a lookup on your own connection looks off, checking whether a VPN, proxy, or corporate network is active is usually the first thing to rule out before assuming the data itself is wrong.

The IP address this tool shows automatically is your public IP, the address your router presents to the internet on your behalf, shared by every device on your home or office network. It's different from your private (local) IP, something like 192.168.1.15 or 10.0.0.23, which your router assigns internally to identify your specific laptop or phone on the local network and which no outside website or service can see.

This distinction trips people up when troubleshooting: a router's admin page, a network settings screen, or a command like ipconfig or ifconfig will often show a private IP that looks nothing like the public IP a lookup tool reports, and that's expected. If you need your local IP for something like setting up port forwarding or connecting devices on the same network, check your router or operating system's network settings rather than an online IP lookup tool, since it can only ever see the public-facing address.

Checking your own IP is often the first step in confirming whether a VPN connected successfully (the location and ISP should change once it's active), diagnosing why a website thinks you're in the wrong country, or grabbing your current IP to share with an app or service that needs it for a firewall or access-list entry.

Looking up someone else's IP address, such as one that appeared in a server log, an email header, or a suspicious login alert, is a common way to get a first read on where a connection is likely coming from and which provider it's registered to, though it should be treated as a starting clue rather than definitive proof of who was actually behind the connection.