Guide
Why is my IP location wrong?
IP geolocation is a database estimate, not GPS. Here is why it names the wrong city, how accurate it really is, and how to check yours.
On this page
You open a website and it insists you are in a city you have never visited, or two hundred kilometres from home. Nothing is broken and nobody is tracking you — you have simply met the difference between geolocation and IP geolocation.
IP location is an estimate, not a measurement
Your phone's GPS knows where you are because satellites tell it. Your IP address knows where your network provider says your connection is registered. Websites can only read the second one — browsers deliberately do not expose GPS location without explicit permission.
So an IP-based "city" is a best guess assembled from records about blocks of addresses, not a reading from your device. It is usually right at country level, often right at regional level, and frequently wrong at city level. Our geoIP database guide covers the machinery; this page covers the symptoms.
Where the database data comes from
- Registry records. RIR allocations name the organisation and often the country — see who owns an IP.
- ISP submissions. Providers usually declare which pool serves which region, but a carrier with a national backbone may register everything at one hub.
- Network measurements. Traceroutes, latency probes and geolocation of intermediate routers narrow the guess.
- Cross-checks from other signals. Devices that have both GPS and network access can contribute ground truth; commercial databases also buy and merge data sets.
- Wi-Fi and cell positioning databases. These are the reason a lookup can occasionally be uncannily accurate in a big city and hopeless in a rural area.
Each vendor builds its own blend, which is why the same address can resolve to three different cities on three different websites — and why two lookups can disagree on our own tool versus another.
The usual reasons your location is wrong
| Cause | What you see |
|---|---|
| ISP hub registration | The capital or a regional data centre instead of your town — extremely common |
| Mobile carrier routing | A city hundreds of kilometres away where the carrier's gateway sits, plus CGNAT sharing |
| VPN or proxy active | The exit server's city — often a datacentre, see datacenter IPs |
| Satellite, fixed wireless or rural fibre | The provider's ground station, sometimes in another country |
| Corporate network | Head office's city, because all branch traffic egresses there |
| IPv4 vs IPv6 mismatch | Two different cities for the same visit — the two protocols can be announced from different infrastructure |
| Recent reallocation | A city in a country you have never been to, because the block changed owner before databases caught up |
How accurate is it really?
Rough expectations, based on how these databases are built and evaluated:
- Country: typically 95–99% correct for fixed connections, lower for mobile traffic that roams across borders.
- Region/state: usually right in large countries with distributed infrastructure, less reliable in small ones.
- City: often in the right metropolitan area, but demonstrably wrong by 50–500 km for a large minority of addresses — and phone users on mobile data are the worst case.
- Street level: never. Any service claiming exact address from an IP alone is guessing.
For most use cases — localising content, currency, language, fraud signals — that is good enough. For "where is this person right now", it is not, and treating it as precise is how false accusations happen: see how IP tracing really works.
What you can do about it
- Confirm what you actually show. Check both IPv4 and IPv6 on the checker, and repeat with a VPN off. If the v6 row disagrees with the v4 row, that mismatch is usually the culprit.
- Tell the websites that matter. Google, for example, lets you correct your inferred location in account settings; some media sites will let you set a preferred region manually.
- Use GPS-based location where precision matters — maps, ride-hailing, weather. Those apps ask for device location permission precisely because IP data is too coarse.
- If a block or ban is the issue, the address's reputation matters more than its geography — see why am I blocked and IP reputation.
- If privacy is the worry: know that your real city is not being leaked to every site. It is the network's registered city that is being shown, and it is frequently the wrong one — a small but real consolation.
Bottom line: IP geolocation is a probabilistic database merge, not a locator. Country is reliable, city is a hint, and the street address is a marketing fiction. Check both protocol rows before you conclude anything — including about yourself.
Frequently asked questions
Why does my IP show a different city?
Because the database is guessing from registry records and network measurements, and your ISP often registers a whole pool at a regional hub or data centre. Mobile connections, VPNs and corporate networks make the gap larger.
Can websites know my exact location from my IP address?
No. They can approximate a city, sometimes badly. Exact location requires a device permission such as GPS, which browsers only grant with explicit consent.
Why does my IPv6 address show a different place than my IPv4?
The two protocols can be announced from different routers or providers. If the v6 location looks wrong, your IPv6 traffic is probably taking a different path — which also matters for VPN leaks.
Keep reading
- Check your IP address from the command line
- Is an IP address personal data?
- How to fix an IP address conflict
- MAC address vs IP address
- How to find your IP address on a computer
- How to find your router's IP address
- How to trace an IP address
- Does incognito mode hide your IP address?
- What can someone do with my IP address?
- How to find out who owns an IP address
- Static vs dynamic public IP
- What is IP reputation?
- Browse all IP guides
- Check my public IP address
Check any other IP address
Investigating a suspicious login, a spam email header or a server log entry? Run any IPv4 or IPv6 address through the same geolocation and proxy checks.