How to Hide Your IP Address: Every Method, Honestly Compared

To hide your IP address you route your traffic through an intermediary so websites see its address instead of yours. The five practical options are a VPN, the Tor browser, a proxy, switching to mobile data, or a shared public Wi-Fi network. Each hides your real IP differently, and a VPN is the only one that does it for your whole device while encrypting the connection.

What your IP address actually reveals about you

Your public IP address is the return label on every packet your device sends. It doesn't carry your name or your browsing history, but any site you load can look it up instantly and learn a surprising amount. Before deciding how to hide it, it's worth being precise about what it exposes and what it doesn't.

An IP lookup typically reveals four things: your approximate location (usually accurate to country or region, and only sometimes to city), the name of your internet service provider, the network your traffic arrives from, and a stable identifier that ties your separate visits together. That last point matters most for privacy. Even after you clear cookies, your IP combined with your browser fingerprint gives ad networks and analytics tools a way to recognise you again.

• Approximate geolocation — country and region, sometimes city, which is how sites geo-block content and how streaming catalogues change when you travel. Accuracy is high at the country level and much looser at the city level, so it maps you to an area, not a doorstep.
• Your ISP and network (ASN) — the company providing your connection and the block of addresses it was assigned. The name attached to an IP is the organisation that owns the address block, not you personally.
• A cross-session identifier — a value that lets sites, advertisers and trackers link today's visit to last week's, even if you have signed out and cleared your browser.
• A target for bans and rate limits — forums, games and services block or throttle by IP, which is why one address can get an entire household locked out over one person's behaviour.

What your IP does not reveal is equally important. It does not expose your legal name, your exact home address, your emails, or what you typed into a search box. Those come from accounts you log into and cookies you carry, not from the IP itself. Geolocation databases place you where the address is registered or routed, which can be miles from where you actually sit. Understanding that boundary keeps expectations realistic: hiding your IP is a meaningful privacy step, but it is not an invisibility cloak. If the technical terms here are unfamiliar, our glossary on DNS leaks is a good companion read.

Method 1: A VPN (the everyday default)

A VPN builds an encrypted tunnel from your device to a server the provider runs, and all your traffic exits from that server. Every website you visit sees the server's IP address, not yours, and because the change happens at the operating-system level it covers your browser, your apps, and background connections at once. No per-app fiddling required.

This is why a VPN is the practical everyday answer for most people. You pick a server, you get a new visible IP in seconds, and the encryption also protects you on untrusted networks like cafe or airport Wi-Fi. The trade-off is that your traffic now passes through the provider instead of only your ISP, so the provider's no-logs policy and legal jurisdiction genuinely matter. A VPN doesn't make your traffic disappear; it moves the point of trust from your ISP to a company you have chosen. We cover how to evaluate those in our guide to VPN privacy and logging.

Pros

• Hides your IP for the entire device, not just one browser tab.
• Encrypts the connection, so public Wi-Fi and your ISP can't read your traffic.
• Lets you choose which country your IP appears to be in.
• Fast enough for streaming, video calls and everyday browsing.

Cons

• You have to trust the provider — a bad or free-with-ads VPN can log and sell the very data you're trying to protect.
• Reputable providers cost a few dollars a month; the genuinely free tier is limited.
• A VPN masks your IP but does nothing about you logging into an account that already knows who you are.

The word that carries the most weight there is trust. When you connect, the provider can technically see the same traffic your ISP used to, which is exactly why an independently audited no-logs policy and a privacy-friendly jurisdiction are the two things worth checking before anything else. A slick app and a long server list mean little if the company keeps records it can be compelled to hand over. If you want to compare tested providers rather than take marketing at face value, our best VPN rankings and the live VPN price index lay out current pricing and features side by side.

Method 2: Tor (strongest anonymity, real costs)

The Tor network routes your traffic through three volunteer-run relays before it reaches its destination. Each relay only knows the hop before and the hop after it, so no single point in the chain knows both who you are and where you're going. Sites see the address of the final exit relay, giving Tor the strongest anonymity of any consumer option.

That design is what makes Tor different in kind, not just degree, from the other methods here. A VPN asks you to trust one company; Tor spreads that trust across three independent relays run by different volunteers, so no single operator can link your identity to your destination. That is why journalists, researchers and activists in hostile environments rely on it. It removes the single point of trust entirely, at the cost of speed and convenience.

And that cost is real in day-to-day use. The three-hop routing makes browsing noticeably slow, many websites throw CAPTCHAs at or outright block traffic coming from known Tor exit nodes, and streaming is effectively unusable. Logging into your everyday accounts over Tor can also undo the anonymity you came for, since the account already knows who you are. Tor is superb for a specific threat model and frustrating as a general-purpose tool.

• Best for: maximum anonymity where speed doesn't matter and you accept broken sites.
• Worst for: streaming, gaming, large downloads, or anything time-sensitive.
• Free: it costs nothing, but it is run by volunteers and offers no support desk.

Method 3: A proxy server (narrow and unencrypted)

A proxy sits between one application — usually your browser — and the internet, relaying requests so the destination sees the proxy's IP instead of yours. It's the lightest-weight way to change what a single site sees, and it's why proxies are common for quick, low-stakes tasks like checking whether a page is geo-blocked from another region.

The limitations are significant, though, and often misunderstood. A standard proxy does not encrypt your traffic, so your ISP and anyone on the network path can still read it. It also only covers the app you configured; system updates, other programs and background services bypass it entirely and leak your real IP. Free public proxies are especially risky, since you have no idea who runs them, what they log, or whether they are injecting adverts and trackers into the pages you load.

• Changes your IP for one browser or app only.
• No encryption on a plain HTTP proxy — privacy from your ISP is minimal.
• Anything outside the configured app leaks your real address.
• Free proxy lists are unreliable and frequently malicious.

There is a useful way to think about the difference: a proxy changes what one website sees, while a VPN changes what the whole internet sees and encrypts the journey there. For a throwaway check that carries no sensitive data, a proxy is fine. The moment the traffic is anything you would not want logged, the lack of encryption and the leaks from everything outside the configured app make it the wrong tool.

Method 4: Switching to mobile data

Turning off Wi-Fi and using your phone's cellular connection swaps you onto your carrier's network, which hands you a different public IP than your home broadband. It's a zero-setup trick that genuinely changes the address a site sees, and it's handy when a service has temporarily blocked your home IP and you just need a fresh one.

There's an important nuance. Most mobile carriers use carrier-grade NAT (CGNAT), which means thousands of subscribers share a small pool of public IPv4 addresses, distinguished only by port numbers. If your phone's address falls in the 100.64.0.0 to 100.127.255.255 range, you're behind CGNAT. This is decent for casual privacy — your address is buried among many others — but it's not a controlled, chosen, or encrypted change, and your carrier still sees everything you do.

CGNAT exists because the world ran out of spare IPv4 addresses, and it changes what "your" IP means. That shared address can cut both ways: it hides you in a crowd, but it also means a ban aimed at someone else on the same pool can catch you, and a block on your home IP might simply follow you if the site is fingerprinting more than the address. Treat mobile data as a quick way to get a different IP, not as a privacy layer.

• Upside: instant, free, and gives you a genuinely different public IP.
• Downside: no encryption, no choice of location, and your carrier logs your activity.
• Reality check: CGNAT shares that IP with many strangers, so it's coincidental privacy, not real control.

Method 5: Public Wi-Fi (borrowing someone else's IP)

Connecting through a cafe, library or hotel network means the sites you visit see that venue's IP address rather than your home one. Like mobile data, it requires no setup and instantly changes your visible address. But this is the weakest privacy method on the list, and it introduces a security problem rather than solving one.

Public networks are shared and often poorly secured. Other people on the same Wi-Fi, or an operator running a malicious hotspot, can potentially intercept unencrypted traffic or set up a lookalike network to harvest what you send. So while the venue's IP does mask your home address, you've traded a mild privacy gain for a real security exposure. Modern sites use HTTPS, which encrypts the page contents, but the network can still see which sites you connect to and can attempt to interfere with the connection.

This is precisely the situation where running a VPN on top of the public network makes the most sense. The VPN gives you the location change you wanted and the encryption the cafe Wi-Fi lacks, so the person two tables over sees nothing but scrambled traffic. Used that way, public Wi-Fi stops being the weakest method and becomes a perfectly safe one — the VPN is doing the actual work.

How to check your IP actually changed

Whichever method you use, never assume it worked — verify it. The check takes under a minute and catches the most common failure mode, where the IP looks hidden but leaks reveal your real one anyway. Do a before-and-after comparison so you have a concrete result rather than a guess.

1. 1Before connecting, search "what is my IP" and note the address and the city it reports.
2. 2Turn on your chosen method — connect the VPN, open Tor, or switch networks.
3. 3Reload the same IP-check page and confirm the address and location have changed.
4. 4Run a leak test for DNS and WebRTC, since either can expose your real IP even when the main check looks clean.

That last step is the one people skip, and it is the one that matters. Your visible IP can be masked while a WebRTC leak in your browser quietly hands out your real address. WebRTC is the feature that powers in-browser video and voice calls, and to set up those direct connections it asks your machine for every IP it can find and shares them with the far end. Those requests can slip past a VPN tunnel at the browser level, which is how a site can learn your true address even though your IP-check page looks perfectly clean. An unencrypted DNS request can leak the same way.

If you're using a VPN, our speed test and leak checks help confirm the tunnel is doing its job, and most reputable apps include built-in leak protection you can leave switched on. The rule to remember is simple: a change you didn't verify is a change you can't rely on. Sixty seconds of checking is cheaper than assuming you were hidden when you weren't.

Why a VPN is the practical everyday choice

Line the five methods up against how people actually browse and one pattern emerges. Proxies cover a single app and don't encrypt. Tor is powerful but too slow for daily use. Mobile data and public Wi-Fi change your IP by accident of the network, with no control and no encryption. A VPN is the only option that combines a chosen location, whole-device coverage and encryption in one switch.

That's not to say a VPN is magic. It won't anonymise you if you stay logged into accounts, and a low-quality provider can undermine the whole point by logging your traffic. Tor still wins outright when your threat model demands the strongest possible anonymity and you can live with the speed. But for the common goals — stopping your ISP and sites from profiling your IP, staying safe on public networks, and appearing in a different region — a VPN is the tool that fits the way most people live online.

Being able to change your apparent location is also why VPNs come up so often in our streaming guides and travel coverage like what you can watch abroad. If you decide a VPN is the right fit, choose deliberately: read the logging policy, check the jurisdiction, and prefer a provider that has been independently audited. Our privacy-focused VPN guide and overall rankings walk through exactly what to look for so you're masking your IP with a tool that respects it.