Public IP Detection
See the address currently visible to websites and remote services.
Check your public IPv4 or IPv6 address, see the location websites usually infer, and inspect 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.
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.
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.
Strengthen your IP investigation workflow.