How to Hide Your IP Address: Methods and Limitations

You cannot browse the public web without a network address somewhere in the connection. You can, however, route traffic through an intermediary so the destination sees that intermediary's public exit IP instead of the public IP assigned to your home, office, or mobile connection.

The right method depends on what you want to protect, which applications need a different route, and whom you do or do not trust. A VPN, proxy, Tor Browser, iCloud Private Relay, and a different network do not provide the same coverage.

Quick Answer

To hide your IP address from a website, route the relevant traffic through a VPN, proxy, Tor Browser, iCloud Private Relay, or another network. The website then normally sees that route's public exit IP, not your original public IP. This does not make you invisible: accounts, cookies, browser fingerprints, behavior, and the intermediary itself can still reveal or correlate activity.

Key Takeaways

• An IP address is replaced, not removed. The destination still needs an address to return data to; it normally sees the intermediary's exit IP.
• A VPN and a proxy have different scopes. A VPN can route most device traffic through an encrypted tunnel, while a proxy usually covers only configured applications or requests.
• Incognito mode does not hide your IP. It mainly limits browser data retained on the device after the private session ends.
• Smart DNS is not inherently an IP-hiding service. It changes how selected DNS requests or supported services are handled, not necessarily the source IP seen by a website.
• A different IP does not prevent all tracking. Logged-in accounts, cookies, browser characteristics, and behavior can still connect sessions.
• Changing a route does not grant access. It does not override an account suspension, website permission, law, contract, or explicit access decision.

What Does It Mean to Hide Your IP Address?

In ordinary browsing, your traffic leaves through a public IP assigned somewhere along your network path. A home router, company gateway, mobile carrier, or ISP may perform network address translation before the traffic reaches a website.

The website normally observes the public source address at the end of that route. It does not normally see a laptop's private address such as 192.168.1.25, because private addresses are not routed across the public internet.

When you add an intermediary, the visible route changes:

The destination now normally sees the intermediary's exit IP. Your ISP, local network, and intermediary can have different visibility into the connection, depending on the method and encryption used. This is why “hide your IP” is always relative to a particular observer. It does not mean that no party can see any address.

The guide to what an IP address is explains public, private, IPv4, IPv6, static, and dynamic addresses in more detail. The public vs. private IP guide explains why changing a private address inside a home network does not necessarily change what websites see.

What Can a Website Learn From Your IP Address?

A public IP can support an estimate of the network, ISP or carrier, Autonomous System Number, and broad geographic area associated with the connection. Accuracy varies by database, address type, provider, and how recently routing records changed.

An IP address does not ordinarily disclose an exact street address or a person's name to a website. ISPs may be able to associate an address with a subscriber at a given time, and service operators may combine IP data with account or legal records. Shared connections make one-to-one assumptions especially unreliable: homes, offices, mobile carriers, VPNs, and proxy networks can place many devices or users behind one public IP.

A website can also observe much more than an IP address. Depending on the application and browser, it may receive:

• account and login identifiers;
• cookies and local-storage values;
• browser and operating-system characteristics;
• language, timezone, screen, and device settings;
• request headers and navigation patterns;
• information submitted in forms;
• approximate or precise location if the user grants location permission.

Changing the IP affects one group of signals. It does not automatically change the others.

Ways to Hide Your IP Address Compared

No row is universally best. Choose based on traffic scope, encryption requirements, application compatibility, location needs, performance, and the party you are prepared to trust.

1. Use a VPN for a Broader Device Route

A virtual private network creates an encrypted tunnel between a device and a VPN server. Traffic routed into that tunnel exits through the VPN server, so destinations normally see the VPN server's public IP.

This is usually the simplest option when the goal is to change the route for several applications on a laptop or phone and protect their traffic from observers on an untrusted local network. Coverage still depends on the VPN configuration:

• A full-tunnel setup routes most supported traffic through the VPN.
• Split tunneling deliberately leaves selected applications or destinations on the direct connection.
• Some device services, local-network traffic, or unsupported protocols may follow a different route.
• DNS and IPv6 behavior depend on the client, operating system, and VPN setup.

A VPN provider can observe connection metadata and may be able to observe more depending on the destination protocol and service design. “No logs” is not something a buyer should accept as a slogan alone; examine ownership, privacy terms, audit scope, retention, jurisdiction, and technical controls.

HTTPS remains important. A VPN protects the path into its tunnel, while HTTPS protects the application connection between the browser and an HTTPS website. These are different layers. The VPN vs. proxy comparison explains the distinction in more detail.

2. Use a Proxy for Selected Applications or Requests

A forward proxy receives traffic from a configured client and connects to a destination on that client's behalf.

The website normally sees the proxy's exit IP. The client continues connecting to the proxy hostname and port, even when a provider selects different exit IPs behind that access point.

This narrower scope is useful when only one browser, scraper, testing tool, or other application needs a different route. It also makes separate routing policies possible: one application can use a proxy while other applications retain the normal connection.

Important limitations include:

• An application that is not configured to use the proxy can connect directly.
• Browser extensions may affect only the browser profile where they are installed.
• SOCKS5 does not inherently encrypt the client-to-proxy connection.
• With an HTTP proxy, HTTPS destinations are commonly reached through a CONNECT tunnel; the destination payload remains protected by HTTPS, but the proxy can still see connection metadata such as the requested host.
• Proxy credentials must be protected like other service credentials.

Proxies are infrastructure, not an anonymity guarantee. The proxy server guide explains protocols, authentication, routing, and common deployment models. If using a browser extension, review its permissions and maintenance history; the Chrome proxy extension comparison covers that decision separately.

3. Use Tor Browser for Privacy-Oriented Browsing

Tor Browser routes its browser traffic through the Tor network. A typical circuit uses a guard relay, middle relay, and exit relay. The website sees the Tor exit address rather than the original public IP.

The Tor Project's glossary explains these relay roles. The design separates knowledge across the path: the entry side knows the connecting address but not the final plaintext destination, while the exit side connects to the destination but does not know the original address.

Tor Browser has important practical limits:

• It is slower than a direct route for many workloads.
• Some websites challenge or block traffic from known Tor exits.
• Logging into an identifying account still identifies that account to the service.
• Downloaded files or separately launched applications do not automatically inherit Tor Browser's route.
• HTTPS is still necessary to protect application data between the exit relay and the destination.

Use the official Tor Browser rather than trying to recreate its privacy model by manually adding a proxy to an ordinary browser.

4. Use iCloud Private Relay for Eligible Safari Traffic

iCloud Private Relay is available with iCloud+ on supported Apple devices and in supported locations. According to Apple's Private Relay documentation, it uses two separate relays so that no single party sees both the user's IP and the requested website. The destination receives a temporary IP address.

Private Relay is not a conventional full-device VPN. It is designed primarily for Safari web browsing and related eligible traffic. Applications outside that scope can continue to use the ordinary network route. It also does not provide an arbitrary country selector; the location setting is designed to preserve a general or broader region rather than impersonate any chosen country.

This option is relevant for an Apple user who wants a built-in privacy feature for supported Safari traffic. It is not a replacement for a business proxy, a complete VPN, or a custom routing system.

5. Use Another Network When You Only Need a Different Connection

Moving from home Wi-Fi to cellular data, a work network, or another internet connection often changes the public IP because the traffic exits through a different provider or gateway.

That can be useful for basic connectivity diagnosis. If a service works on mobile data but not on home broadband, the difference suggests that routing, DNS, the public address, or another network-level factor may be involved. It does not prove an IP ban, and changing networks should not be used to continue after a service has explicitly denied access.

A different network does not inherently provide encryption, anonymity, or safety. Public Wi-Fi operators and other users on a poorly secured network create additional risks. Use HTTPS, keep the operating system updated, disable unnecessary sharing, and use a trusted VPN when the goal is to protect traffic on an untrusted local network.

What Does Not Hide Your Public IP Address?

Several browser and network changes are regularly mistaken for IP-hiding methods.

Incognito or Private Browsing

Incognito starts a separate browser session and limits what the browser retains locally after it closes. It does not change the route to a website. Google's Incognito documentation explicitly notes that websites, an employer or school, and the internet service provider may still observe activity.

Incognito is useful for avoiding saved history on a shared device, testing without an existing cookie jar, or signing into a separate session. It is not an IP-hiding tool.

Clearing Cookies or Browser History

Clearing browser data removes or resets selected local identifiers. It does not change the public network exit. A site may see a new cookie state and the same IP.

Changing a Device's Private IP

Changing 192.168.x.x, 10.x.x.x, or another private address inside a local network affects local routing. The router can still translate that traffic through the same public IP.

The NAT guide explains how private addresses, public mappings, and port translation fit together.

Changing DNS or Using Smart DNS

DNS translates domain names into addresses. A Smart DNS service may answer selected lookups differently or proxy a limited part of a supported service, but it does not inherently route the complete connection through a new public exit. Do not assume that Smart DNS hides the source IP a website sees.

Encrypted DNS, such as DNS over HTTPS, can protect DNS queries from some local observers. It still does not replace the source address of the subsequent website connection.

Disabling Browser Location Permission

Blocking precise geolocation prevents a site from receiving location through that browser permission. It does not remove the IP from the network connection. Conversely, changing the IP does not override a precise location permission the user has granted.

Does Hiding Your IP Make You Anonymous?

No single routing change establishes anonymity. It changes one observable attribute for one part of the path.

The practical question is not “Am I anonymous?” It is “Which party can see which data under this exact setup?” Answering that requires a threat model, not just a changed IP-check result.

The free Proxidize Browser Fingerprint tool shows several browser, display, hardware, language, and timezone properties that can remain observable after the network route changes.

How to Hide Your IP Address on a Phone

The same routing rules apply on iPhone and Android:

1. A VPN app can cover supported device traffic. Confirm whether the client uses full or split tunneling and whether it protects IPv6 and DNS.
2. An app-level proxy covers only the configured app. Many mobile apps do not expose proxy settings, and a Wi-Fi proxy setting may not apply to cellular traffic or every protocol.
3. iCloud Private Relay covers eligible Apple traffic. It is not a full-device VPN.
4. Switching between Wi-Fi and cellular may change the public exit. It adds no privacy guarantee by itself, and mobile carriers commonly share addresses through CGNAT.

Run the verification from the same app whose route matters. A different IP in one browser does not prove that every app on the phone follows that path.

How to Hide Your IP Address on Wi-Fi

If the goal is to prevent the destination from seeing the Wi-Fi connection's public IP, configure a VPN on the device or configure the relevant application to use a proxy. Installing a VPN on the router can cover compatible devices on that router, but it also changes the trust, troubleshooting, and performance model for the entire network.

Changing from one private Wi-Fi address to another does not normally change the public exit. Restarting a router may or may not produce a new public address; that depends on the ISP's address assignment. Neither method adds encryption between the device and the internet.

When using public Wi-Fi, focus on transport security rather than merely obtaining another IP. Use HTTPS, avoid ignoring certificate warnings, disable unnecessary file sharing, keep software current, and use a trusted VPN if the local network is not trusted.

How to Verify That the Intended Traffic Uses the New Route

Test the exact application and protocol you care about. A browser result cannot establish how a separate command-line tool, background service, or mobile app is routed.

1. Record a Direct Baseline

Open the Proxidize IP Checker or another reputable IP-checking service from the application being tested. Record, privately:

• the observed IPv4 address, if present;
• the observed IPv6 address, if present;
• the reported ISP or network;
• the approximate country or region;
• the test time.

Do not publish an unmasked personal IP in a screenshot.

2. Enable the VPN, Proxy, Tor Browser, or Relay

Apply the configuration and reconnect the application if required. For a proxy, confirm the host, port, protocol, and authentication method. For a VPN, confirm that the tunnel reports a connected state and review split-tunnel exclusions.

3. Repeat the Check in the Same Application

The observed address should match the intended route rather than the direct baseline. If you requested a particular location, compare the observed country, region, and provider with the requested settings. IP geolocation databases can disagree, so investigate a mismatch instead of assuming either side is correct.

4. Check Both IPv4 and IPv6

A setup can route IPv4 through an intermediary while leaving IPv6 on the direct connection. If the application and network support both, test both paths or disable an unused path only when that is an intentional, understood configuration.

For a browser route, the Proxidize WebRTC Leak Test can help identify public addresses WebRTC exposes alongside the browser's normal exit. A second address is not automatically a leak; dual-stack IPv4 and IPv6, multiple interfaces, and the intended network design all require interpretation.

5. Test Failure Behavior

Disconnect the intermediary or enter an intentionally wrong test credential. Determine whether the application stops, reports an error, or silently uses the direct route. A privacy-sensitive setup should fail in the intended way rather than falling back without warning.

6. Recheck During a Longer Session

For sticky proxy sessions or long-running VPN use, check before and after the workflow. A residential or mobile peer can become unavailable, and a provider may select a replacement under its documented session rules.

VPN vs. Proxy: Which Should You Choose?

Choose according to the traffic boundary:

Neither option is automatically safer in every context. A poorly governed VPN can be a worse choice than a well-operated proxy for one application, and an unencrypted proxy is not a substitute for a VPN on hostile Wi-Fi. Review the provider, protocol, scope, and failure behavior.

Common Mistakes When Hiding an IP Address

Testing One Application and Assuming the Whole Device Is Covered

A proxy set in Chrome does not necessarily cover email clients, software updaters, command-line tools, or other browsers. State the intended scope before configuring the route.

Ignoring IPv6

Checking only an IPv4 endpoint can miss a direct IPv6 route. Test all network families the application can use.

Treating a Location Label as Proof

IP geolocation is an estimate maintained by databases. Two services can report different cities for the same address. Validate location against the provider's routing information and more than one observation when location is important.

Assuming HTTPS and a Proxy Are the Same Protection

HTTPS protects application data between the client and destination. A proxy changes the route for configured traffic. An HTTPS proxy can add protection on the client-to-proxy leg, but the terms describe different layers.

Using an Unknown Free Proxy for Sensitive Traffic

An intermediary is in a privileged network position. Avoid sending credentials, financial data, confidential work, or private communications through a provider whose ownership, security, logging, and business model you cannot assess.

Treating a New IP as New Authorization

A different network route does not remove an account restriction or create permission to access a service. For an explicit block, stop and use the operator's support or review process. The IP-ban troubleshooting guide explains how to diagnose and restore authorized access without evading a site's controls.

Using Proxidize to Route Business Application Traffic

Proxidize is managed proxy infrastructure for business workflows; it is not a consumer VPN and should not be presented as a tool that makes a person anonymous online.

An authorized browser, crawler, monitoring tool, or data-collection application can connect to a Proxidize access point using standard proxy credentials:

Proxidize Residential Proxies provide access to ethically sourced residential exits across 195+ countries, with country, city, and ISP targeting, rotating or sticky sessions, and HTTP, HTTPS, and SOCKS5 support. They are designed for workflows such as localized QA, SEO monitoring, price monitoring, market research, and lawful public-web data collection.

Proxidize Mobile Proxies provide real US mobile routes for workflows that require mobile carrier IPs. Product fit depends on whether the job needs shared usage-based access or dedicated SIM-based exits.

Only traffic configured to use the proxy follows that route. A proxy does not automatically cover every process on the device, prevent browser-level identification, grant access to a website, or guarantee that a destination will accept a request. Use session and location controls because the authorized task needs them, not as a substitute for permissions, rate limits, or correct application behavior.

Security and Provider Checklist

Before routing traffic through any intermediary, review:

• Scope: Which applications, protocols, DNS requests, IPv4 traffic, and IPv6 traffic use the route?
• Transport: Is the device-to-provider connection encrypted, and is the destination protected by HTTPS?
• Authentication: How are credentials stored, rotated, restricted, and removed from logs or screenshots?
• Logging: What connection, usage, destination, or account data is recorded, and for how long?
• Ownership and subprocessors: Who operates the service and which other companies process relevant data?
• Independent evidence: Are security reports or assessments available, and do their scope and date cover the service being considered?
• Failure behavior: Does the client stop or connect directly if the intermediary fails?
• IP sourcing: For a proxy network, how are exit addresses obtained, authorized, and governed?
• Support and incident response: Can the provider investigate routing, credential, or abuse incidents promptly?

For a business purchase, the proxy-provider security checklist turns these questions into an evidence-based review process.

Legal and Responsible Use

Using a VPN, proxy, Tor, or privacy relay has many legitimate uses, including protecting traffic on untrusted networks, testing an application from approved locations, separating business application routes, and limiting unnecessary disclosure of a home or office IP.

The route does not determine whether an action is permitted. Users remain responsible for applicable law, contracts, account rules, website terms, data rights, and explicit access decisions. Do not use a new IP to continue activity after access has been clearly denied or to conceal fraud, harassment, unauthorized access, credential abuse, or other harmful conduct.

Proxidize's Acceptable Use Policy describes prohibited uses of its network.

Final Verdict

The most accurate way to “hide” an IP address is to route selected traffic through another public exit. Use a VPN when a broader device route and an encrypted tunnel are the priority, a proxy when a specific application needs controlled routing, Tor Browser for privacy-oriented browsing, or Private Relay for eligible Safari traffic.

Then verify the exact application, IPv4 and IPv6 behavior, DNS path, and failure mode. A changed IP is evidence that one part of the route changed. It is not proof of complete anonymity, encryption, authorization, or protection from every form of tracking.