Public IP Detection
See the address currently visible to websites and remote services.
Check the public IPv4 or IPv6 address websites can see, then review location, ASN, ISP or carrier, and proxy or VPN signals.
One lookup, then the context that usually matters next.
See the address currently visible to websites and remote services.
Review country, region, and city-level estimates for a connection.
Map an IP to the carrier, host, or provider announcing the range.
Detect proxy, VPN, Tor, and datacenter signals on any address.
The same lookup can answer several search intents if you read the result in the right order.
Paste any public IPv4 or IPv6 address to check location, ISP, ASN, map context, and VPN or proxy signals.
Search an IP number, detect your public IP, and understand what an IP identifier can and cannot prove.
Check current IP location, map context, ISP, ASN, and why the city may not match your actual location.
Check UK public IP, IP locator, IP address search, country, city estimate, ISP, carrier, and ASN context.
Find the public IPv4 address websites see and tell it apart from local router or device addresses.
Understand why 192.168.x.x and 10.x.x.x do not geolocate and what public IP to check instead.
Check whether websites see your direct public IP, CGNAT, VPN, proxy, or a shared gateway.
Understand what the map pin can and cannot prove before treating a wrong city as a security issue.
Check the country tied to your public IP and learn why country, city, and exact location are not the same thing.
Read country, city, ASN, provider, map, and accuracy signals without overclaiming what the IP proves.
Use IP WHOIS or RDAP-style context to see the network owner behind your public IP address.
Separate DNS names, IP addresses, reverse DNS hostnames, and network ownership clues.
Follow packets from your device to the default gateway, routing table, next hop, ISP, ASN, BGP path, and destination network.
Understand inet6 addresses, private IPv6, public IPv6 lookup, IPv6 traffic, and common prefix confusion.
See valid IPv6 formats, shortened addresses, private-style ranges, and IPv4-mapped IPv6 examples.
Check 66.249 Googlebot log entries with reverse DNS, forward DNS, hostname patterns, and crawler IP range context.
Sometimes the question really is that simple. You just want to see the public address your connection is using right now. In practice, though, most people are trying to answer the next question too: why a site thinks they are in the wrong place, whether a VPN is showing, who owns the network, or whether the address belongs to a mobile carrier, broadband ISP, or hosting platform.
That is why this page covers more than a single number. A useful IP checker should help with “what is my IPv4 address,” “what is my IPv6 address,” “where is my IP located,” “who owns this IP,” and “is this a VPN or proxy exit?” without forcing you to open five tabs and stitch the answer together yourself.
Useful when you want the address a website, API, game server, or remote login portal can actually see.
Useful when a streaming service, store, fraud check, or login alert thinks you are in the wrong country, region, or city.
Useful when you need the ISP, carrier, ASN, or hosting provider behind the address rather than a rough map pin.
IP results are rarely as neat as a street address. Mobile networks, CGNAT, roaming, satellite links, anycast edges, and corporate gateways can make one address represent a much wider area than people expect. That is true whether you call the area a state, province, region, county, or prefecture.
In other words, the location block is a clue, not a verdict. If the city looks slightly off, focus on the network owner, ASN, and routing context first. That usually explains more than chasing a map pin that was never meant to be exact.
If you need to explain the map result to someone else, start with the plain version: the pin is an approximate network location for the public IP. It is not a live device tracker. The IP address location map guide walks through the limits without burying the answer.
Not reliably. Many users share one public IP behind NAT, carrier gateways, enterprise networks, or VPN exits. An IP is a network indicator, not a personal identity token.
Often yes at a high level. ASN ownership and routing patterns are useful clues for separating consumer ISPs from cloud or data-center networks.
Your local device can have a private address inside the network, while websites only see the public address exposed by your router, ISP, VPN, or proxy.
The workflow is similar, but IPv6 allocations, geolocation precision, and reverse mapping can differ. The most useful context still comes from ASN, owner, and route-level data.
Inet6 usually means a network interface has an IPv6 address. The prefix tells you whether it is link-local, unique local, loopback, documentation-only, or public.
Use the lookup and look for the dotted public IPv4 result. If the page shows IPv6 instead, your browser may be using IPv6 for this session while your network still has IPv4 through NAT or a carrier gateway.
Private IPs such as 192.168.x.x and 10.x.x.x are reused inside local networks. They are useful for LAN troubleshooting, but they do not map to one public internet location.
Yes. Routers, mobile CGNAT, VPNs, proxies, offices, hotels, and schools can put many devices or users behind one public IP address.
Yes. It can check the public IP visible from a UK connection or inspect any pasted IPv4 or IPv6 address. Use the location as an estimate and read the ASN, ISP, and carrier fields for stronger context.
It shows the public IP, approximate UK location, ISP or carrier, ASN, and network type for the address. Treat it as an IP-location estimate, not a street-address result.
It shows an approximate network location for the public IP address. It is useful for broad context, but it is not a GPS result or proof of one exact physical address.
It is the country associated with the public IP websites can see. Treat it as a network-level estimate and compare ASN, provider, VPN, proxy, and mobile routing context if it looks wrong.
Use reverse DNS to get the hostname, make sure it matches the expected crawler category, then run forward DNS on that hostname and confirm it returns the original IP. For automation, compare the exact IP with the current crawler IP range file.
Strengthen your IP investigation workflow.