Why Is My Location Wrong?

It depends which location is wrong. If you never saw a permission prompt, the site only guessed from your IP address — that's city-level at best and often a city off. If you granted permission and it's still off, you're debugging a real GPS/Wi-Fi fix: usually meters to a block, with different causes and different fixes.

First: which location is wrong?

Three location sources, three very different circles — most “wrong location” complaints are the outer one.

Websites locate you two completely different ways, and they fail completely differently. Without asking, all a site has is your IP address — a database guess good to about a city. With your permission, it gets the device fix — GPS, Wi-Fi and cell fused by your phone or laptop, good to meters. The single most useful diagnostic question is therefore: did the browser ask me for location permission on this site? No prompt → you're annoyed at an IP guess. Prompt granted → you're debugging a real fix.

The city is wrong (IP guess)

An IP guess a city — or a country — off is normal, not a malfunction. Mobile carriers funnel entire regions through a few gateways; ISPs share one address among thousands of customers (CGNAT); databases lag ISP reshuffles by months; and a VPN replaces your IP with the exit server's on purpose. The full mechanics, accuracy statistics and correction process are in why is my IP location wrong. The two-minute version: check what your IP currently reveals, and if you're on a VPN confirm it with the VPN checker. Fixing it for one website means fixing the database record, not your device.

It's off by meters to a block (real fix)

With permission granted, errors are physics. Indoors or between tall buildings, signals bounce before reaching you and the fix degrades to tens of meters (how GPS accuracy works covers why). Battery-saver modes silently switch to coarse positioning. A first fix after being indoors starts from the last known point and takes 30–60 seconds to settle — read the dot after it stops moving. Quick wins, in order: step outside or to a window, give it a minute, disable power-saving location modes, and compare against the accuracy circle — a position 15 m off with a 20 m circle is the system working exactly as designed.

It's wildly wrong on a laptop (Wi-Fi database)

Desktops and laptops have no GPS; with permission they locate via nearby Wi-Fi networks matched against crowd-sourced maps. That map can be wrong in entertaining ways: a router that moved house still 'lives' at the old address for weeks; a phone hotspot carries its home entry on holiday; a rare access point pins you to wherever it was first logged. The tell is a precise-looking position in a completely wrong place. Fixes: toggle Wi-Fi off/on and retry (it re-ranks visible networks), plug in a network cable and you fall back to the IP guess, or simply wait — the databases re-learn moved routers within days to weeks as passing phones observe them.

Your dot teleports near a border or conflict zone (jamming and spoofing)

There is one wrong-location cause that has nothing to do with your phone. GPS signals arrive from 20,200 km away at about the power of a car headlight seen from space, so a modest ground transmitter can drown them out (jamming) or, worse, replace them with a convincing fake (spoofing). Aviation authorities have logged both around conflict zones and some borders, and the give-away is unmistakable: the dot does not wander by metres, it teleports — often to an airport, sometimes hundreds of kilometres away, occasionally with the clock dragged along with it.

Nothing on the device fixes that, because the device is being told a lie by something outside it. What helps is recognising it: if several unrelated apps agree on an impossible position, suspect the signal rather than the software. Turning the phone's location setting to Wi-Fi and cell only will usually restore a roughly correct city-level position, and the fix returns to normal once you are away from the interference.

The 60-second diagnosis

Sixty-second diagnosis: one question splits every “wrong location” case into the right fix list.

Run the comparison yourself: open what is my location and allow the prompt — that's your device fix — then look at what is my IP for the database guess. Seeing both side by side almost always identifies which one a misbehaving website was using, and the sections above give the fix. If the two disagree wildly and you're not on a VPN, you've just learned something about your network, which is precisely the trick our VPN detector uses.

Frequently asked questions

Why is my location right on my phone but wrong on my laptop?

Your phone has GPS; your laptop locates by nearby Wi-Fi networks or falls back to the IP guess. If the laptop is wired to ethernet, it's almost certainly showing the IP database's idea of your ISP, not you.

Does clearing cookies or cache fix a wrong location?

No. Location doesn't come from cookies — it comes from the permission-based device fix or the IP database. The fixes are re-granting permission with better conditions, or correcting/waiting out the database.

Why does a website show my location as my ISP's head office?

When a database has no better record for your address block, it falls back to the block owner's registration — often the ISP's registered city. It means 'unknown, somewhere in this ISP's area', not that you're being tracked there.

Can GPS be faked or jammed?

Yes, and both happen in the real world. Jamming simply overpowers the very faint satellite signal so the receiver gets nothing; spoofing transmits counterfeit signals so it computes a position that is wrong but looks healthy. Civil GPS carries no signal authentication, which is why the effect is possible at all. The tell is a position that jumps a long way at once rather than drifting, often near a border or conflict zone.