Does a VPN Change Your IP Address? What Changes, What Doesn't [2026]

Yes. When you connect to a VPN, websites and services see the VPN server's IP address instead of yours. Your public IP changes. Your local IP address, GPS location, browser fingerprint, and any traffic running outside the VPN do not.

This article covers what specifically changes, what stays the same regardless of which VPN you use, and three points where your real IP can still reach destinations even with a VPN running.

What a VPN changes about your IP address

Every device connected to the internet has a public IP address: the address your internet provider assigns to your connection. When you visit a website without a VPN, the website's server receives a request that includes this IP. The server uses it to send data back to you, and it can log it.

When a VPN is active, your traffic travels through the VPN provider's server before it reaches its destination. The destination sees the IP address of that server, not yours. From the website's perspective, the request came from a server in Frankfurt, not from your actual location.

This is what changes:

• Your public IP address is replaced by the VPN server's IP for the duration of the session
• The apparent location of your connection shifts to wherever the VPN server is located
• Your ISP can see you are connected to a VPN server, but not which sites you are visiting through it

What a VPN does NOT change

A VPN changes your public IP. It does not change several other identifiers that websites, advertisers, and services use to track or locate you.

Your local (private) IP address

Your router assigns a local IP to every device on your network, typically something in the 192.168.x.x range. This address is used for communication within your home network and never reaches the internet. A VPN has no effect on it, and it does not need to.

Your GPS location

A VPN changes your IP-based geolocation, meaning the location inferred from your IP address. It does not change your device's GPS coordinates.

On a phone or tablet, apps that request location permission use the GPS chip, not the IP address, to determine where you are. Google Maps, ride-share apps, weather apps, and anything that uses the device's native location service will still see your actual physical location regardless of which VPN server you are connected to. A VPN can make a website think you are in Canada while your GPS-enabled apps accurately report that you are in London.

Your browser fingerprint

Websites can identify browsers by combining dozens of signals: screen resolution, installed fonts, browser version, time zone, language settings, WebGL renderer, and more. This combination, your browser fingerprint, is often unique enough to identify you across sessions without any IP address involved. A VPN changes the IP but leaves the fingerprint intact.

Cookies and logged-in sessions

If you are signed into Google, Facebook, or any other service, that service already knows who you are. A VPN does not log you out or erase session cookies. Connecting through a VPN server in Germany while signed into your Google account means Google still associates your activity with your account.

Non-browser traffic (for extension-based tools)

A native VPN app installed at the operating system level routes all traffic from all applications through the VPN server. A browser extension routes traffic from that browser only. Other browsers, desktop applications, system updates, and background services all continue to use your real IP address while the extension runs.

Internxt VPN is a Chrome extension. It changes your IP for websites you visit in Chrome. Everything else on your device, including other apps, other browsers, and system processes, uses your real IP while the extension is active.

Does a VPN hide your IP address from websites?

Yes, within the scope above. A website you visit through a VPN receives the VPN server's IP address. It cannot recover your real IP from the VPN connection itself.

What the website can still do:

• Log the VPN server's IP and use it for geo-restriction or fraud detection
• Identify you through fingerprinting, cookies, or logged-in account data
• Detect that the IP belongs to a known VPN provider, as many commercial VPN server IPs are publicly listed in databases that streaming services and fraud systems query

Masking your IP from the destination is the core function a VPN performs. The other tracking vectors require separate tools: cookie management, fingerprint-resistant browser configurations, signed-out sessions. None of those fall within what any VPN does.

Does a VPN change your location?

A VPN changes your apparent location based on IP geolocation. It does not change your GPS-reported location.

IP-based geolocation

Most websites determine your location by looking up your IP address against a geolocation database. These databases map IP ranges to approximate cities or regions. When a VPN assigns you a server IP in Poland, the database returns Poland for that IP and the website treats your request as coming from there.

This is why VPNs can bypass certain geo-restrictions on websites and web-based services. The accuracy of IP geolocation varies across databases, and some VPN server IPs are already flagged as VPN addresses, which can trigger additional verification steps or outright blocks on services that actively work to detect VPN usage.

GPS location

GPS is determined by satellite signals received by your device's hardware. No software layer, whether a VPN client, browser extension, or proxy, changes what the GPS chip reports. Location-aware mobile apps, emergency services, and anything that uses native device location will see your real coordinates regardless of your VPN status.

If you need to change the GPS location your device reports, that requires a separate process specific to your operating system. It is outside the scope of what any VPN or privacy extension does.

Three ways your real IP can still leak through a VPN

A VPN can be active and still allow your real IP address to reach destinations through three specific channels.

1. DNS leaks

When you type a website address into your browser, a DNS resolver translates it into an IP address. If those DNS queries travel outside the VPN tunnel to your internet provider's default resolver, your ISP can see every domain you look up, even if the rest of your traffic is protected.

This is a DNS leak. Whether it happens depends on how the VPN handles DNS. A native app with proper DNS leak protection forces all queries through its own resolvers. A browser extension may not control DNS at the operating system level at all, which means queries can bypass the extension entirely.

Before assuming DNS is protected, test it: run a DNS leak test at dnsleaktest.com with the VPN active and confirm the resolver shown belongs to the VPN provider, not your ISP.

2. IPv6 leaks

Most internet traffic still uses IPv4, but IPv6 adoption has grown significantly. If your network has IPv6 enabled and the VPN only tunnels IPv4 traffic, your real IPv6 address can reach destination servers directly, bypassing the VPN tunnel for any IPv6 connection.

A VPN that does not explicitly handle IPv6, either by tunneling it or disabling it at the OS level, leaves this channel open. Checking whether your provider addresses IPv6 is worth confirming before relying on IP anonymity, particularly on home networks where IPv6 is enabled by default by many ISPs.

3. WebRTC leaks

WebRTC is a browser technology used for video calls, voice chat, and peer-to-peer file sharing. It can expose your real IP address to websites through JavaScript at the browser level, not the OS level. This means WebRTC can bypass a VPN's IP masking even when the VPN is working correctly for all other traffic.

The risk applies to any VPN that operates at or below the browser level. Check your VPN provider's documentation for whether WebRTC leak protection is included, and test it independently — the VPN connection status indicator does not confirm whether WebRTC is covered.

Does your IP address change every time you connect?

This depends on the VPN provider's server infrastructure.

Shared IPs

Most VPN providers assign shared IPs: multiple users connect through the same server IP simultaneously. When you connect to a server in France today and again tomorrow, you typically get the same France server IP both times: it is the address of that physical server, not a personal address assigned to your session. The IP changes if you switch to a different server location or if the provider updates their infrastructure.

Shared IPs carry a mild anonymity benefit: because many users share the same address, it is harder to tie any specific browsing activity to a single user based on IP alone.

Internxt VPN uses shared server IPs. The IP assigned does not change between sessions on the same location.

Static (dedicated) IPs

Some providers offer a dedicated IP option: a fixed address assigned to your account. You get the same IP every session. This is useful for whitelisting scenarios: remote server access, corporate VPN access, or services that require a trusted, consistent IP. The tradeoff is reduced anonymity: the IP is uniquely linked to your account rather than shared across thousands of users.

Internxt VPN does not offer a dedicated IP option.

Which VPN is right for your situation?

The right tool depends on what you actually need it to cover.

For all-device traffic protection, a native VPN app routes every application's traffic through the tunnel, including other browsers, desktop apps, and background processes. NordVPN, ProtonVPN, and Mullvad all do this. If anything outside Chrome needs IP protection, a native app is the right category.

For the strongest anonymity, Mullvad requires no email address to sign up and accepts cash and cryptocurrency. Its no-logs infrastructure was independently verified by Cure53 in 2022, 2023, and 2024. It does fewer things than the Tier 1 providers but executes the anonymity function with more rigour: no email required, cash and cryptocurrency accepted, RAM-only servers, annual independent audits.

For privacy-first users who want a full app with audit documentation, ProtonVPN operates under Swiss jurisdiction with independently audited no-logs claims and open-source clients. Switzerland sits outside both EU and Five/Nine/Fourteen Eyes treaty frameworks.

For lightweight browser-level IP masking without installing a separate application, Internxt VPN is a Chrome extension included with every paid Internxt plan. It routes Chrome traffic through servers in five locations, keeps no connection logs, and operates under Spain's GDPR jurisdiction with open-source clients.

Frequently Asked Questions

Does a VPN change your IP address?

Yes. When you connect to a VPN server, websites and services receive the server's IP address instead of yours. Your real public IP is replaced for the duration of the session.

Does a VPN hide your IP address from websites?

Websites see the VPN server's IP, not yours. They cannot recover your real IP from the connection itself, though they can still identify you through cookies, logged-in accounts, or browser fingerprinting.

Does a VPN change your GPS location?

No. A VPN changes your IP-based geolocation, meaning the location inferred from your IP address. GPS is determined by satellite signals received by your device's hardware and is unaffected by any VPN or browser extension.

Can my real IP address still leak with a VPN active?

Yes, through three channels: DNS leaks (queries routed outside the tunnel to your ISP's resolver), IPv6 leaks (real IPv6 address bypassing an IPv4-only tunnel), and WebRTC leaks (browser-level IP exposure through audio and video APIs). Each requires separate testing to verify.

Does a VPN change your IP address on iPhone and Android?

A native VPN app installed on iOS or Android changes the IP for all traffic from that device. A browser extension VPN only changes the IP for traffic within that specific browser and has no effect on other apps or system traffic.

How often does a VPN change your IP address?

With shared IPs, you typically get the same server IP each time you connect to the same location. The address changes if you switch server locations or if the provider updates their infrastructure. Some providers offer a dedicated IP option that stays fixed across every session.

What is the difference between changing and hiding an IP address

Changing your IP means replacing your real public IP with a different one, which is what connecting to a VPN server does. Hiding your IP means preventing the real address from reaching destinations, which is the result of that change. The two phrases describe the same outcome from different angles.

Can police track someone using a VPN?

A VPN prevents websites from seeing your real IP, but law enforcement can request connection logs from VPN providers through legal channels. A provider with a verified no-logs policy has no connection data to hand over. Providers that claim no-logs but have not been independently audited offer a weaker guarantee, because the claim has not been tested by a third party.

Your IP address is one layer of your online identity

A VPN handles one specific thing: it replaces your public IP address with the server's. It prevents destinations from logging your real address and shifts your apparent location to wherever the server sits. It is not a complete privacy solution on its own.

The gaps are predictable. Fingerprinting, cookies, logged-in accounts, DNS queries, WebRTC, and non-browser traffic all operate outside what an IP address change touches. Knowing which layer each tool covers, and which gaps remain, is more useful than assuming any single product closes all of them.

For browser-based browsing, a privacy extension that masks your IP covers the most common exposure point without requiring a full VPN installation. Pairing it with secure cloud storage that encrypts files before they leave your device covers a second layer, what you store and share, that a VPN does not touch.