9 Ways to Hide Your IP Address: Tested in 2026 (Free + Paid)
Nine distinct techniques can change or obscure the IP address others see when you connect: a commercial VPN, the Tor browser, an HTTPS proxy, a SOCKS5 proxy, Smart DNS (which does not actually hide your IP), a self-hosted VPN on a VPS, a mobile hotspot, public Wi-Fi, and Onion-over-VPN. Each has different trade-offs in cost, speed, complexity, and how anonymous you become. Verify any setup by checking your apparent IP afterwards.
"How do I hide my IP?" has more answers than most guides admit. The popular answer is a commercial VPN, which is correct for 90% of users. The other 10% want options: free, self-hosted, browser-only, mobile-only, or maximally anonymous. This guide walks through nine techniques tested in 2026, with a comparison table at the end. One of them (Smart DNS) is included specifically to debunk the myth that it hides your IP. It does not.
1. Commercial VPN
A subscription service that runs an encrypted tunnel from your device to a server in another country. The destination sees the VPN server's IP. Setup is one click, speed loss is small (5-20% on WireGuard), and the apps work on every platform.
The trade-off is trust: you replace your ISP as the entity that can theoretically see your traffic with the VPN provider. Audited no-logs providers (Mullvad, IVPN, ProtonVPN) are the realistic picks. Mechanism explained in how a VPN works.
- Cost: $2-12/month
- Anonymity score: 6/10
- Best for: 90% of people, 90% of the time
2. Tor browser
The Tor network routes each connection through three volunteer relays. The exit relay's IP is what websites see. No single relay knows both who you are and what you are doing.
Tor is free, and it is the closest thing to real anonymity available off the shelf. The cost is speed (typically 70-90% slower than your normal connection) and compatibility (many sites force CAPTCHAs on Tor exit IPs). Streaming video is impractical. The Tor Project's design overview is required reading if you use it for anything serious.
- Cost: Free
- Anonymity score: 9/10
- Best for: Journalism, research in hostile environments, anything where IP-level linkability matters
3. HTTPS proxy
A web proxy server forwards browser requests on your behalf, swapping the source IP. HTTPS proxies (also called CONNECT proxies) tunnel encrypted browser traffic; they do not handle non-web protocols.
Cheap or free, set per-browser or per-app rather than system-wide. Two problems: free proxy lists are mostly dead, scammy, or rate-limited, and HTTPS proxies do not protect against DNS leaks, WebRTC leaks, or non-browser traffic.
- Cost: Free to $5/month
- Anonymity score: 3/10
- Best for: One-off browser tasks where speed matters more than security
4. SOCKS5 proxy
SOCKS5 is a general-purpose proxy protocol that handles any TCP/UDP traffic, not just HTTP. Common uses include BitTorrent, gaming, and anything that does not fit through an HTTP proxy.
SOCKS5 itself does not encrypt; it just relays. Layer it with SSH (ssh -D 1080 user@server) for an encrypted tunnel, or use it inside a paid service. Same leak caveats as HTTPS proxies.
- Cost: Free with SSH, $2-8/month commercial
- Anonymity score: 3/10 alone, 5/10 inside SSH
- Best for: Per-app routing, BitTorrent, technical users
5. Smart DNS (does NOT hide your IP)
Smart DNS services intercept DNS lookups for streaming domains and route only those lookups through a proxy. Netflix thinks you are in the right country because the DNS response says so. Your IP address is unchanged. Any site that checks your IP sees the real one.
Smart DNS exists in this list specifically to flag the misconception. It is useful for unblocking streaming from another country on devices that cannot run a VPN. It is not a privacy tool, and it does nothing to hide your IP.
- Cost: $3-5/month
- Anonymity score: 0/10
- Best for: Streaming on smart TVs and consoles that cannot run VPN clients
6. Self-hosted VPN (Algo, WireGuard on VPS)
Rent a $5/month VPS at DigitalOcean, Hetzner or Vultr, install WireGuard or use the Algo script (which sets up a hardened VPN in about 20 minutes), and point your devices at it. You own the server; no provider is in the middle.
The privacy upside is real: the VPS provider sees that an IP is running a VPN, but does not know who is on the other end (you are the only user). The downside is that you bought a single-user server, which is a fingerprint of its own. If you log into Google and the IP traces to a known VPS range, it is identifiable.
- Cost: $4-7/month
- Anonymity score: 5/10
- Best for: Technical users who want full control and trust no commercial VPN operator
7. Mobile hotspot
Turn off Wi-Fi, use your phone's data, or tether your laptop. The IP becomes one from your carrier's CGNAT pool, geolocating to a regional gateway rather than your home address.
The cost is your data plan, and the IP can stay the same for hours. Carriers know it is you the whole time, so this is a geolocation trick rather than a privacy strategy. Useful for quickly testing how a site renders from a different-looking IP.
- Cost: Plan data
- Anonymity score: 2/10
- Best for: Instant alternative IP for a single task
8. Public Wi-Fi
A café, library, hotel, or airport network has its own public IP. Sites see that IP rather than your home one. Genuinely effective at decoupling your activity from your home address for the duration of the session.
Security caveat: shared networks are observable by other users. Layer a VPN on top for HTTPS-light tasks. Public Wi-Fi without a VPN is fine for browsing news but risky for anything sensitive.
- Cost: Coffee or free
- Anonymity score: 4/10
- Best for: One-off activities where home-IP linkage is the specific concern
9. Onion-over-VPN
Connect to a VPN first, then run the Tor browser through that tunnel. Some providers (NordVPN, ProtonVPN) offer a one-click Onion-over-VPN server that handles the routing.
The setup gives Tor the benefit of hiding the fact that you are using Tor from your ISP (because the VPN is what your ISP sees), and gives the VPN the benefit of not seeing your actual destinations (because Tor is layered on top). The trade-off is speed: this is slower than Tor alone, which was already slow. For specific threat models (regimes that flag Tor use), it is the right tool.
- Cost: VPN subscription
- Anonymity score: 9/10
- Best for: Tor use in environments where Tor use itself is suspicious
The nine methods, compared
| # | Method | Free? | Anonymity (1-10) | Speed loss | Complexity |
|---|---|---|---|---|---|
| 1 | Commercial VPN | Some tiers | 6 | 5-20% | Very low |
| 2 | Tor browser | Yes | 9 | 70-90% | Low |
| 3 | HTTPS proxy | Mostly | 3 | 10-40% | Medium |
| 4 | SOCKS5 proxy | SSH free | 3-5 | 10-30% | Medium-high |
| 5 | Smart DNS | No | 0 (does not hide IP) | 0% | Low |
| 6 | Self-hosted VPN | Server cost | 5 | 5-15% | High |
| 7 | Mobile hotspot | Plan data | 2 | Varies | Very low |
| 8 | Public Wi-Fi | Yes | 4 | Varies | Very low |
| 9 | Onion-over-VPN | VPN cost | 9 | 80-95% | Medium |
How to choose
- Just want a different IP for a site that geo-blocks you: commercial VPN or mobile hotspot.
- Want privacy from your ISP and ad networks: commercial VPN.
- Want real anonymity: Tor or Onion-over-VPN.
- Distrust commercial providers: self-hosted VPN on a VPS paid with crypto.
- Want streaming on a smart TV: Smart DNS (knowing it does not hide your IP).
- Need per-app routing: SOCKS5 proxy.
- One-off browser task: HTTPS proxy or public Wi-Fi.
Verify, always
Whichever method you pick, verify it works. The single most useful check is to load the homepage IP tool after connecting and confirm the IP changed and geolocates where you expect. Then run a DNS leak test and a WebRTC leak test. About one in five "hidden" setups still leaks the real IP somewhere.
For deeper context: how IPs are looked up in reverse, see reverse DNS lookup explained. The difference between IP versions matters for some methods, covered in IPv4 vs IPv6. Legal status varies by country, covered in is using a VPN legal. Geolocation accuracy depends on the database used; see how accurate is IP geolocation and the geolocation API comparison. The streaming-specific cat-and-mouse game is in how streaming services detect VPN.
Bottom line
Hiding your IP is a solved problem with nine real solutions. For most people, the right answer is a commercial VPN; for the privacy-paranoid, Tor; for the technical, self-hosted. Smart DNS is the noisy exception that does not belong in the category despite often being marketed alongside the rest. Whichever you pick, the only thing that proves it worked is checking your apparent IP after setup. The homepage tool exists for exactly that purpose.
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Frequently asked questions
Which method is the most anonymous?
Tor and Onion-over-VPN tie at 9/10. Tor gives you three layers of relay obfuscation, and Onion-over-VPN adds the property that your ISP sees only the VPN connection, not Tor traffic. Both come with severe speed penalties (70-95% slower than your normal connection). For threat models where IP-level identification is the concern, they are the only realistic answers.
Can I use a free method effectively?
Yes, with caveats. Tor is genuinely free and genuinely anonymous, at the cost of speed and site compatibility. Public Wi-Fi is free and effective at decoupling activity from your home IP for one-off tasks. SSH-based SOCKS5 (if you already have a VPS or server) is free for technical users. Free commercial VPNs and free proxy lists are mostly bad. Free does not have to mean unsafe; it has to mean carefully chosen.
Does Smart DNS really not hide my IP?
Correct. Smart DNS routes specific DNS lookups (for streaming domains) through a proxy that returns geo-appropriate answers, so the streaming service thinks you are in the licensed region. Your actual TCP connection still uses your real IP, which any website can check directly. Smart DNS unblocks geo-restricted streaming on devices that cannot run VPNs; it provides zero privacy.
How do I know my chosen method is actually working?
Verify three things after connecting: your apparent IP (use the homepage tool, confirm it is not your real one), your DNS resolver (run a DNS leak test, your ISP should not appear), and WebRTC (browser-based test, your local IP should not leak). About 20% of first-time setups fail one of these checks. A method that hides your IP from some checks but not others is worse than none, because it produces false confidence.