Your public IP address, an estimated location and your provider, with a plain explanation of the two lookup services this page has to ask.
Your files are processed in your browser, on your own device. Nothing is uploaded to a server.
Your public IP address is shown at the top of this page, along with an IPv6 address when your connection has one, an estimated location, your network provider and the timezone tied to the address. Getting that answer takes one honest step: this page asks two outside lookup services, because a browser cannot see its own public address.
That is the whole job. No account, no scan to wait for, and the same page works on a phone, a laptop or a work machine behind a company network.
Your devices at home do not hold public addresses. The router hands each one a private address, often something like 192.168.1.20, and those private numbers only work inside your own network.
When a request leaves the house, the router swaps the private address for the public one your provider gave it. That swap is called network address translation, or NAT. The public address lives on the outside of the swap, on the router and provider side, so the browser on your phone or laptop never holds it.
The plain version is this: a browser cannot see its own public IP address, so any honest tool has to ask a service on the internet what address the request arrived from. That is what happens here. A service called ipify answers with the address it saw, on one endpoint for IPv4 and a second for connections that also carry IPv6. A service called ipapi.co then matches that address against provider records to estimate the area, name the provider and give the timezone for the address.
Here is the disclosure, in the open rather than in a footer. To show your public address, your browser contacts ipify and ipapi.co, and those two services receive your IP address as part of the request. There is no way around that step, because the address is the question and the answer at the same time. ToolPeko stores nothing and keeps no copy of what comes back. Close the tab and the page holds nothing.
The location is an estimate, and city level is the best it can be. Providers register their address blocks against their own offices and network hubs, so the city shown is often the provider’s hub city rather than yours. Mobile networks route traffic through hubs that can sit hundreds of miles away, and a VPN replaces your address with the exit point you picked, in whatever country that sits.
Treat the address itself as exact and everything pinned to it as a rough guide. The page also refuses to guess. If a lookup fails, times out or the location service has used up its free daily allowance, the panel says that value is unavailable and carries on with the local details. It never fills the gap with a stale address or an invented location.
It is the return address for your traffic. Websites send pages, video and files back to it, and services use it to log visits, fight abuse and pick a rough region for language and pricing. Every site you visit receives it as a normal part of the connection.
Because the location comes from provider records, not from your device. Providers register address blocks at their offices and hubs, so the named city is often the hub your traffic passes through. On mobile data and VPN connections the gap can be a whole country.
Your public address is the single address your whole network shows to the internet, assigned by your provider. Private addresses live inside your home or office network, handed out by the router, and only work there. This page shows the public one.
Yes. With a VPN on, the lookup services see the VPN exit address, so the page shows that address, its provider and its estimated location. Turn the VPN off and reload, and your normal connection address comes back.
The panel says the public address or the location is unavailable and shows the local details instead: device timezone, browser language and screen size. Nothing is guessed, cached from an earlier visit or filled in from another source.
Yes, all of them. Your address travels with every request your browser makes, and sites need it to send anything back to you. This page is unusual only in showing it to you and in explaining which outside services it asked to get it.
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