Direct answer and what “hiding your IP” really means
Tor is designed to make it harder for a website to learn your real IP address by sending your traffic through a layered network. In many typical cases, a site you visit will see the IP address of a Tor exit relay rather than your home or mobile IP.
A simple model: where your IP appears
Think of your request as traveling through multiple relays before it reaches the destination. The destination server generally observes the IP address of the last relay it connects to. That means the destination usually cannot directly observe your original IP address from that incoming connection alone.
Key parts that determine whether your real IP can leak
Tor can lose its “IP protection” effect if anything breaks the routing expectation. Common examples include:
- Using non-Tor channels for parts of your activity (for instance, apps or browser features that bypass Tor).
- Browser or system issues that reveal network identifiers (including cases where other software can correlate your traffic).
- Malicious software or tracking that links your identity across sessions regardless of Tor’s routing.
Differences and limitations: what Tor does and doesn’t cover
Tor reduces direct IP visibility to the destination server, but it does not guarantee total unobservability. Other parties may still infer information through metadata, timing, or correlation. Also, some sites may try to identify users through browser behavior, accounts, or fingerprinting—techniques that don’t require the site to know your IP directly.
Practical checks you can do
To confirm what’s happening in your specific setup:
- View the network/connection details in your browser to see which IP your traffic appears to come from when you visit a site.
- Ensure you are using Tor in a way that doesn’t mix traffic with non-Tor connections.
- Be cautious with additional sign-ins, downloads, or add-ons that may weaken anonymity protections.
In short: Tor often prevents websites from seeing your real IP address directly by routing through relays, but “hiding” depends on correct usage and whether other factors enable correlation.
