VPN vs Tor: which to use, based on who you are hiding from

A VPN sends all your traffic through one company's server, so you trust that company and get every app covered at normal speeds. Tor sends your browser's traffic through three volunteer relays, so no single party knows both who you are and what you do, at a cost in speed. Use Tor for anonymity, a VPN for privacy.

Those two words get used as if they meant the same thing. They do not, and the difference is the whole comparison.

What is the difference between a VPN and Tor?

Privacy is keeping what you do away from people who would otherwise see it: your internet provider, the hotel network, the site that wants your home IP address.

Anonymity is making sure nobody at all, including the service helping you, can connect what you do to who you are.

A VPN gives you the first. It encrypts everything leaving your device and sends it to a server run by the VPN company, which forwards it. Your provider sees a tunnel. The website sees the VPN server. The VPN company sits in the middle and could see both ends, so the arrangement is only as good as that company.

Tor is built for the second. Tor Browser wraps each request in three layers of encryption and sends it through three relays chosen from a public list. The first relay knows your IP address and not your destination. The last knows the destination and not your IP address. The middle one knows neither. The relays are run by volunteers, and the software is free.

Who can see what with a VPN and with Tor?

The second and third rows are the trade. With a VPN they are the same machine, owned by one company. With Tor they are different machines owned by different people who do not know each other.

The last row is the one that catches people. The Tor Project puts it plainly in its guidance on staying anonymous: "Tor does not protect all of your computer's Internet traffic when you run it. Tor only protects applications that are properly configured to send their Internet traffic through Tor." For nearly everyone, that means Tor Browser and nothing else.

How big is the Tor network?

On October 9, 2026, Tor Metrics counted 9,098 relays and 2,434 bridges. Bridges are unlisted entry points for people whose networks block Tor. The same source estimated between 3.1 and 3.6 million daily users across the week before. Both pages update daily, so you can check the figure on the day you read this.

That is the anonymity set: a few million people sharing a few thousand relays. It is also the reason for Tor's speed. Your traffic crosses three machines, often on three continents, and those machines are donated capacity shared by everyone.

Is Tor safer than a VPN?

It depends on what you are protecting and from whom.

Tor is stronger when the threat is someone trying to learn who you are. There is no company holding your account, your payment and your traffic in one place. Nobody to subpoena has the whole picture. Tor Browser also makes every user's browser look alike, so the fingerprinting that identifies you through a VPN works far less well. The Tor Browser manual describes those protections.

Tor is weaker in ordinary, daily ways:

• The exit relay can read unencrypted traffic. Anyone can run an exit. If the site is plain HTTP, the exit operator sees the page and anything you submit. This is why Tor Browser ships with HTTPS-Only mode, which the manual covers under secure connections.
• Logging in ends the anonymity. Sign in to your real account over Tor and that site knows who you are, three relays or not.
• Other apps are outside it. Your mail client, your chat app and your system updates use your normal connection.
• Sites treat Tor users differently. Exit relay addresses are public, so some sites show extra CAPTCHAs or refuse the connection.
• It stands out. Your internet provider cannot see what you do on Tor, but unless you use a bridge it can see that you use it.

A VPN is weaker against a determined investigator and stronger at being usable. It covers every app, video calls work, downloads finish, and sites mostly behave. The risk is concentrated in one place, the provider, which is why what the provider records matters so much.

Is Tor a VPN?

No. Both hide your IP address from websites, and the resemblance stops there. A VPN is a paid service from one company that carries all your traffic. Tor is a free volunteer network that carries your browser's traffic through three independent relays. Tor is closer to a chain of proxies with layered encryption than to a VPN.

Should you use a VPN and Tor together?

The Tor Project's answer is short. From its support FAQ: "Generally speaking, we don't recommend using a VPN with Tor unless you're an advanced user who knows how to configure both in a way that doesn't compromise your privacy."

The usual reason people combine them is to hide Tor use from their internet provider by connecting to the VPN first. That works in the narrow sense: the provider sees a VPN, and the VPN company sees that you use Tor. You have moved the knowledge to a different party, one that has your payment details. If hiding Tor use is the goal, Tor's own bridges exist for it.

The opposite order, Tor first and then a VPN, means the VPN company sees your traffic leaving Tor and can tie it to your account. That gives back most of what Tor provided.

Is a multi-hop VPN the same as Tor?

It borrows the idea. A multi-hop VPN routes your traffic through more than one VPN server, so the server that knows your IP address is not the server that knows your destination.

The difference is who runs the relays. In Tor they belong to unrelated volunteers. In a multi-hop VPN they belong to one company. You get the separation between servers, with every app covered, and you are still trusting one operator.

Secria VPN offers this as an option: both Tor and Secria route through three relays so no single one sees the whole path. Tor runs on volunteer relays and is built around the Tor Browser. Secria VPN runs on RAM-only servers and protects every app on your device. Secria VPN keeps no activity logs: we do not record browsing, DNS queries or traffic contents.

Which should you use?

Pick by who you are hiding from.

Two habits make either tool work as intended. On Tor, do not sign in to accounts tied to your name, and do not install extra browser extensions. On a VPN, read what the provider records, in specifics, before you pay. How to do that is in are free VPNs safe.

FAQ

Is Tor free? Yes. Tor Browser is free to download and the network is run by volunteers, so there is no account and nothing to pay. A VPN is normally a paid subscription, because one company is paying for every server you use.

Can you be tracked on Tor? Not by a single relay or by the site, as long as you do not identify yourself. You can undo that yourself by logging in, opening downloaded documents while online, or adding browser extensions. Someone able to watch both ends of the connection at once can also correlate timing.

Is Tor slower than a VPN? Yes. A VPN adds one extra server to the path. Tor adds three, run on donated capacity. Browsing works. Large downloads and video calls are where you feel it.

Does Tor hide my IP address from my internet provider? Your provider always knows your IP address, since it assigned it. What Tor hides from your provider is which sites you visit. The provider can still see that you connected to the Tor network unless you use a bridge.

Do I still need a VPN if I use Tor Browser? For the browsing you do inside Tor Browser, no. For everything else on the device, Tor does nothing, so a VPN still has a job on untrusted networks.

Most people need privacy every day and anonymity rarely. For the everyday part, Secria VPN covers five devices for $7.99 a month, or comes included in Secria Pro.