Short answer: the practical way to hide your IP address is to route traffic through another network endpoint, such as a VPN server, Tor Browser, a trusted proxy, mobile data, or a different Wi-Fi network. The website you visit then sees that endpoint's public IP instead of the public IP assigned to your home, office, hotel, or current ISP connection.
This guide explains how to hide your IP address without overclaiming what IP masking can do. It compares the main methods, shows where leaks still happen, and gives you a verification checklist using MyIPScan tools.
Quick answer
- Use a VPN when you want a simple whole-device route change for normal browsing, travel, or public Wi-Fi.
- Use Tor Browser when you want stronger browser-level IP separation and can accept slower speed and website friction.
- Use a proxy only when you understand whether it is per-app, encrypted, authenticated, and trustworthy.
- Use mobile data or a hotspot when you just need a different network route for a short task.
- Verify after changing routes because DNS, WebRTC, IPv6, browser sessions, and accounts can still reveal signals.
How to hide your IP address: 7 safe methods
- VPN: routes traffic through a VPN server so websites see the VPN exit IP. This is usually the easiest option for everyday users.
- Tor Browser: routes browser traffic through the Tor network. The Tor Project explains that Tor Browser is designed to route traffic through the Tor network rather than directly from your real IP.
- HTTPS proxy: changes the IP for a specific app or browser when configured correctly. It does not automatically protect every app on the device.
- SOCKS proxy: can change the visible IP for apps that support it, but encryption depends on the app and protocol.
- Mobile data or hotspot: changes the route to a mobile carrier IP, which can help with temporary troubleshooting.
- Different trusted network: changes the public IP, but public Wi-Fi still needs normal account, HTTPS, update, and device caution.
- Private VPN to a trusted network: can make traffic appear from a trusted home or work network, but it must be secured carefully and should keep Remote Desktop, SSH, router admin, and NAS panels behind private access controls.
What hiding an IP address changes, and what it does not
When you change the visible IP, websites and apps may see a different network, approximate location, ASN, and reputation profile. That can reduce simple IP-based tracking and separate a session from your home ISP address. It does not erase account logins, cookies, browser fingerprinting, payment details, device identifiers, or activity recorded by services you use.
| Signal | Can an IP-hiding method change it? | Important limit |
|---|---|---|
| Public IP address | Yes | The new endpoint still has its own IP, owner, region, and reputation |
| Approximate IP geolocation | Often | Location databases are approximate and may lag behind reality |
| DNS resolver | Sometimes | DNS can leak if the app, OS, router, or VPN is misconfigured |
| WebRTC browser candidates | Sometimes | Browser behavior may differ from the basic page IP result |
| Logged-in accounts | No | Accounts can still connect activity across IP changes |
| Browser fingerprint | No | Screen, fonts, extensions, timezone, and behavior can still identify a session pattern |
VPN, Tor, proxy, and hotspot compared
| Method | Best for | Main trade-off | What to verify |
|---|---|---|---|
| VPN | Everyday route change, travel, public Wi-Fi, normal apps | Trust shifts to the VPN provider and its configuration | IP, DNS, WebRTC, IPv6, kill switch behavior |
| Tor Browser | Browser-only separation and reducing direct source IP exposure | Slower, more blocked sites, not for every app | Use Tor Browser itself; avoid mixing identities |
| HTTPS proxy | One browser or app | Per-app setup; provider trust matters | Confirm only intended traffic uses the proxy |
| SOCKS proxy | Advanced per-app routing | May not encrypt traffic by itself | App DNS behavior and direct-connection fallback |
| Mobile data/hotspot | Temporary IP change or network troubleshooting | Carrier NAT, data limits, changing reputation | Public IP, account checks, and region signals |
| Public Wi-Fi | Different network route when trusted enough | Network trust and captive portals | HTTPS, updates, VPN behavior, account safety |
Choose the right method for your situation
For most readers, how to hide your IP address is a routing question first: which network endpoint should this session appear to come from, and which other signals still identify the session? The right answer is different for a coffee-shop login, a private research session, a travel connection, and a troubleshooting test.
| Situation | Practical method | Why it fits | Watch for |
|---|---|---|---|
| Public Wi-Fi browsing | VPN | Easy whole-device route change with encrypted tunnel to the VPN server | DNS, IPv6, captive portals, fake hotspots, phishing pages |
| Browser-only separation | Tor Browser | Keeps that browser session away from the direct source IP | Account logins, slower sites, blocked forms, identity mixing |
| One app or test profile | Trusted proxy | Can be scoped to a browser or app instead of the entire device | DNS behavior, encryption, authentication, fallback direct routes |
| Temporary network change | Mobile data or hotspot | Quickly moves the session to a carrier network | Carrier NAT, account checks, data limits, location changes |
| Home or work route you control | Private VPN to a trusted network | Can make traffic appear from a trusted network without treating Remote Desktop as the masking method | Patch management, strong authentication, firewall rules, backups |
If your goal is account safety, the best IP route is usually the boring one: stable device, stable region, strong password, app-based MFA, and no sudden network jumps during sensitive changes. If your goal is research separation, keep identities apart and avoid logging in to personal accounts during that session.
The best way to learn how to hide your IP address is to test before and after each route change. Save the visible IP, DNS, WebRTC, and IPv6 results for your own setup, then repeat the same checks after browser, VPN, router, or operating-system updates.
Use a VPN without assuming too much
A VPN is often the simplest answer for people asking how to hide your IP address. It can hide your home or office public IP from websites by replacing it with the VPN server's IP. It can also reduce exposure on public Wi-Fi by routing traffic through an encrypted tunnel.
The limit is trust and scope. Your VPN provider can become the network operator for that session, and websites can still recognize accounts, browser fingerprints, suspicious location changes, or payment history. A VPN may also trigger CAPTCHAs, login checks, or access restrictions because many users share the same exit IP.
- Choose a VPN app with clear DNS and IPv6 handling.
- Turn on leak protection and kill switch features if available.
- Use one stable region for important accounts instead of jumping between countries.
- Run leak checks after connecting and after app updates.
- Do not treat VPN use as permission to ignore phishing, malware, weak passwords, or account security.
Use Tor Browser when browser separation matters
Tor Browser is designed for browser traffic through the Tor network, not as a general whole-device VPN. The Tor Project's explanation of Tor Browser describes it as a modified browser for using the Tor network, and the Tor Project's comparison of Tor Browser and private browsing notes that private browsing alone does not provide the same online tracking protections as Tor Browser.
Tor can be useful when you want websites to see a Tor exit rather than your direct IP. It can also create more friction: slower pages, blocked forms, extra verification, or sites that reject Tor traffic. Do not sign in to the same personal accounts and expect a different IP route to separate the activity.
Use proxies carefully
Proxies can be useful for a single app, browser profile, or testing workflow. They are also easy to misunderstand. A proxy may change the visible IP for one app while every other app on the device keeps using the normal route. A proxy may or may not encrypt traffic between your device and the proxy server.
If you use a proxy, confirm whether DNS queries go through the proxy, whether authentication is required, whether fallback direct connections are possible, and whether the provider is trustworthy. Avoid free proxy lists for sensitive activity; they can be unstable, logged, injected, or malicious.
Leak checks after hiding your IP
After you choose a method, test the current browser session. Do not rely on one page alone. A full check should compare the visible IP, DNS resolver, WebRTC candidates, IPv6 path, and account context.
- Open What Is My IP before connecting and note the public IP.
- Connect the VPN, proxy, Tor Browser, hotspot, or alternate network.
- Open the IP check again and confirm the visible public IP changed.
- Run DNS Leak Test and compare resolvers with the route you expected.
- Run WebRTC Leak Test in the browser you actually use.
- Run IPv6 Leak Test if your network or VPN may support IPv6.
- Repeat after changing VPN servers, browsers, operating-system DNS settings, or browser profiles.
What not to do
- Do not confuse incognito mode with IP masking. Incognito does not change your public IP.
- Do not rely on a free proxy for sensitive logins. You may be giving traffic to an unknown operator.
- Do not assume a changed IP defeats account tracking. Logged-in accounts still know who you are.
- Do not jump regions before financial, crypto, or work logins without expecting checks. Unusual network patterns can trigger security systems.
- Do not use IP hiding to ignore laws, platform rules, or account restrictions. Privacy tools can reduce some network exposure; they do not remove legal, safety, or account-risk consequences.
- Do not publish admin services to the open internet. Use safer remote-access patterns for remote desktop, router admin, NAS, or SSH.
- Do not treat one leak test as a permanent result. Browser, VPN, DNS, and OS updates can change behavior.
When hiding your IP may not be the right fix
Sometimes the problem is not the IP address. If a website blocks an account because of failed logins, payment disputes, malware signals, or policy restrictions, changing the IP may not solve the root cause. If your goal is safer browsing on public Wi-Fi, updates, HTTPS, password hygiene, and phishing resistance still matter; FTC public Wi-Fi guidance emphasizes normal account and device safety steps as well as connection security.
If your concern is browser tracking, IP masking is only one layer. EFF's Cover Your Tracks explanation focuses on browser tracking and fingerprinting, which can continue even when the visible IP changes.
What to do next
If you need a simple everyday route change, start with a reputable VPN and verify IP, DNS, WebRTC, and IPv6 signals. If you need browser-level separation, use Tor Browser for that session and avoid mixing it with personal logins. If you only need a quick network change, mobile data may be enough.
The practical value of learning how to hide your IP address is knowing which signal you are changing and which signals remain. Keep the setup boring, test it after changes, and avoid claims that any single tool can remove all tracking or security risk.
If you are choosing how to hide your IP address for one specific task, pick the least complicated route that solves that task and write down what you verified.
If you maintain instructions for family members, staff, or your own travel setup, write down the exact method, expected IP result, fallback plan, and checks to repeat after updates. That makes the workflow easier to audit and less likely to turn into risky guesswork.
Frequently asked questions
What is the safest way to hide my IP address?
For most everyday users, a reputable VPN is the simplest option because it routes traffic through a VPN server and changes the public IP websites see. It still does not remove account tracking, browser fingerprinting, malware risk, or provider records.
Does incognito mode hide my IP address?
No. Private or incognito windows mainly reduce local browser history and cookie persistence on that device. They do not change the public IP address visible to websites or networks.
Is Tor better than a VPN for hiding an IP address?
Tor Browser can hide your source IP from websites by routing browser traffic through the Tor network, but it is usually slower and works best inside Tor Browser. A VPN is easier for whole-device routing, but it shifts trust to the VPN provider.
Can WebRTC, DNS, or IPv6 still reveal my real IP?
They can reveal unexpected network signals in some setups. After changing routes with a VPN, proxy, Tor, or hotspot, run IP, DNS, WebRTC, and IPv6 checks to confirm the browser session behaves the way you expect.
Can changing my IP remove every tracking signal?
No tool removes every tracking signal. IP changes help with one visible network signal, but accounts, cookies, browser fingerprints, payment records, device identifiers, and provider logs can still connect activity.
Sources and methodology
MyIPScan tools and examples show observable browser and network signals. IP and geolocation results can be approximate, and VPN, DNS, WebRTC, IPv6, ASN, reputation, and browser checks are snapshots. A single result does not prove anonymity or every security condition. See the MyIPScan methodology and editorial policy.
This FAQ was updated using MyIPScan editorial guardrails: practical privacy explanations, careful VPN/Tor/proxy wording, no guarantee language, no unsafe access advice, and clear distinction between IP changes, browser tracking, DNS behavior, account identity, and device security.