How to Change Your IP Address (4 Methods)

Your IP address is the number your internet provider assigns to your connection. It's visible to every website and server you connect to — and changing it means presenting a different number to the world.

But "change my IP" means different things to different people. Someone trying to access a streaming service from abroad has completely different needs from someone who wants to browse privately, or someone whose IP was temporarily blocked by a forum. The method that works for one won't always work for another.

This guide covers the four main ways to change your IP address, organized by the situation they're actually designed for. At the end, there's a quick decision table.

Before you start — and after you're done — you can verify your current IP instantly using the tool at the top of this page. It shows your real public IP, ISP, and approximate location exactly as websites see it.

Understanding your goal narrows the method immediately. The common reasons:

Privacy from websites and advertisers Your IP address, combined with browser fingerprinting and cookies, is used to track you across the web. Changing your IP disrupts one part of that profile — but only one part.

Accessing geo-restricted content Streaming services, news sites, and some AI tools limit access by country. If a service isn't available where you are, appearing to connect from a different country unblocks it. This is the most common reason people search for IP-change methods.

Bypassing an IP ban Forums, games, and services sometimes ban IP addresses rather than accounts. A new IP lets you connect as a fresh visitor — though most platforms also track other identifiers, so an IP change alone may not be enough.

Getting a fresh DHCP lease Your ISP assigns you an IP from a shared pool (unless you have a static IP). If your current IP has been flagged — by spam filters, rate limiters, or similar — requesting a new one from your ISP clears that history.

Testing your own services Developers and sysadmins often need to test how their services respond to requests from different IP ranges — different countries, different ASNs, IPv6 vs IPv4.

A VPN (Virtual Private Network) routes your traffic through a server in a location of your choice. The website you're visiting sees the VPN server's IP, not yours.

How it works: Your device encrypts all traffic and sends it to the VPN server. The server decrypts it, makes the request on your behalf, and returns the response. Your real IP never appears in the connection.

Best for: - Accessing geo-restricted streaming (Netflix, BBC iPlayer, regional AI tools) - General privacy from websites and your ISP - Changing your apparent country on demand

Trade-offs: - Costs money for a reliable service (free VPNs frequently sell your data or are ineffective) - Your VPN provider can see your traffic — you're shifting trust, not eliminating it - Some services actively block known VPN IP ranges (and rotate them back in; it's a cat-and-mouse game) - Slight speed reduction due to the encryption overhead and extra hop

Checking it works: Connect to the VPN, then visit myipco.com to verify the IP shown matches your VPN server's location, not your real one. If your real IP still appears, the VPN isn't routing correctly.

Popular options: Mullvad (strongest privacy), ProtonVPN (audited, free tier available), ExpressVPN or NordVPN (best for streaming). See also: How to check if your VPN is actually working.

A proxy server acts as an intermediary for specific traffic — typically just your browser, rather than all apps on your device. There are several types:

HTTP/HTTPS proxies handle web traffic. You configure them in your browser settings or OS network settings. The website sees the proxy's IP.

SOCKS5 proxies are more flexible — they can handle any TCP/UDP traffic, not just HTTP. Often used with specific apps (torrent clients, games) rather than for general browsing.

Web proxies (like the classic HideMyAss or CroxyProxy) are browser-based — paste in a URL, browse through the proxy without installing anything. Simplest to use, least reliable.

Best for: - Quick one-off access (checking a geo-restricted page without installing software) - App-level routing where you only want one program to use a different IP - Developers testing from different IP ranges

Trade-offs: - Free public proxies are often slow, unreliable, or operated by people logging your traffic - No encryption by default — HTTP proxies send your traffic in plaintext - Doesn't change your IP at the OS level; other apps still use your real IP - Websites can detect proxy usage more easily than VPN usage

Checking it works: After configuring the proxy in your browser, visit myipco.com in that browser to see the IP that proxy is presenting.

Tor routes your traffic through three volunteer-operated nodes (a circuit), each knowing only the previous and next hop. No single node knows both who you are and what you're accessing.

How it works: Your traffic is encrypted in three layers and sent through three relays: a guard node (knows your IP, not your destination), a middle relay (knows neither), and an exit node (knows the destination, not your IP). The exit node's IP is what websites see.

Best for: - Maximum anonymity when the stakes are high (journalists, activists, whistleblowers) - Accessing .onion services - Situations where even your VPN provider knowing your activity is unacceptable

Trade-offs: - Significantly slower than a VPN — the three-relay circuit adds substantial latency - Exit node IP ranges are publicly listed; many services block Tor exit nodes - Not suitable for streaming or latency-sensitive applications - Complex to use correctly; mistakes (logging into personal accounts) can break anonymity

Setup: Download Tor Browser from the official Tor Project website (torproject.org). It's pre-configured and ready to use. Don't use other browsers with the Tor network — configuration mistakes are easy.

For most users wanting to simply change their IP, Tor is overkill. It exists for a specific threat model — if that's yours, nothing else comes close. If you just want to watch a show from another country, use a VPN.

Your home IP address is assigned by your ISP through DHCP (Dynamic Host Configuration Protocol). Most residential IPs are dynamic — they can and do change, typically when your router reconnects to your ISP.

Option A: Router power cycle 1. Note your current IP at myipco.com 2. Turn off your router and modem completely (unplug from power) 3. Wait 5–10 minutes — this forces the DHCP lease to expire on the ISP side 4. Power back on 5. Check your IP again — if it changed, you have a new assignment

This works more reliably with longer wait times and with cable/DSL connections. Fiber connections and some cable providers tend to reassign the same IP unless the lease expires fully.

Option B: Contact your ISP If the router cycle doesn't change your IP, call your ISP and ask them to assign you a new IP address. Most will do this once without charge. Explain you're having a technical issue with your current IP (e.g., a spam blacklist flag affecting email delivery).

Option C: Mobile data Switch to mobile data (LTE/5G). Mobile carriers use carrier-grade NAT and change IP assignments frequently — you'll get a completely different IP range. Useful as a quick check, but not a permanent solution.

Best for: Clearing a soft IP ban, getting off a spam blacklist, or getting a general "fresh start" without any software setup.

Not suitable for: Geo-spoofing or ongoing privacy — your new IP will still be assigned to your ISP and geographic location.

After applying any method, confirm it worked before proceeding. There are two things to check:

1. Your public IP Visit myipco.com — it shows your current public IP, ISP name, and approximate city. If the ISP listed is your VPN or proxy provider rather than your home broadband company, and the location matches your chosen server, the IP change is working.

2. DNS and WebRTC leaks (for VPNs specifically) A VPN can change your IP while your DNS queries still go to your ISP's servers — revealing your real location. And WebRTC (used for video calls) can expose your real IP even through a VPN. The VPN leak check guide walks through how to test both.

For router resets, simply compare the IP before and after — the myipco.com tool is the simplest way to do this side-by-side.

The key thing to remember: a VPN changes your visible IP, but websites can still fingerprint you through browser signals (canvas hash, WebGL renderer, screen resolution). If privacy is the goal, an IP change is one layer — not the whole picture. For a full view of what sites actually see when you connect, the browser fingerprint checker shows all of it at once.

If your goal is purely about online privacy rather than changing your visible IP specifically, the complete guide to hiding your IP address covers the full approach in more detail.