this post was submitted on 26 Jun 2026
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Mmm, there's nuance with a bit of ambiguity here and I'm not deeply familiar with onion routing (security isn't my specialty, I know enough to say that I'm very out of my depth).
Let's back up to what a VPN does: it's effectively a detour for your network traffic. Instead of traffic going from your client (I'm grouping computer/ phone and routers tougher, because you can do VPN routing at either level) and to whatever you were trying to go, the VPN server acts as a middleman. (Assuming secure traffic ssl/ https) A VPN masks your traffic from your ISP (because they just see you connecting to the VPN instead of your destination) and from your destination (because they see the request as coming from the VPN server*).
As I understand it, onion routing conceptually similar to chaining multiple VPN hops together, such that each hop is only aware of where to go next. (I think technically, each packet is sent along a different random path).
So. There're a couple of ways to answer your question, depending on how you interpret it or how you layer technologies.
All that said, the major downside to onion routing is speed, it's incredibly slow to break your request apart, bounce it around the network a bunch of times, reassemble it on the other end, and then turn around and do it again for the return trip.
* That also means that some sites, like reddit (fuck u/spez), will block traffic from VPN servers because multiple people's traffic all coming from the same place looks a lot like spam.