Many VPNs promise privacy, but how can you truly know your data is secure? This video explores how one innovative VPN is moving beyond the traditional "trust us" model to offer verifiable privacy and assure users that their activities can't be logged.
Discover VP.net's multi-layered verification system, from automatic app checks that ensure server integrity upon every connection, to options for advanced users to cryptographically prove the code matches. This pioneering approach aims to establish "prove you can't log me" as the new standard, challenging the status quo where even major privacy companies still rely on trust alone.
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Transcript
Well, um, VPN that's broader pitch is don't trust, verify. Correct? Yep. Um, but let's be honest, most people see open source and think, cool. Someone else smarter than me is going to check into that, right? They're just going to presume. What can ordinary, an ordinary user actually verify? Well, the first, there's multiple layers. The first one, like I was saying, is every single time you connect, the app is going to verify that the server hasn't been tampered with. So that the server, you know, in that case, you still have to trust that, like the server that we, the code that we've published publicly, you have to trust that that that somebody hasn't looked at that to notice that it hasn't changed or anything. But the app itself is going to verify every time you connect. So as soon as you hit the button to connect, the app is going to verify, check the code on the server using attestation, it's going to verify that that code matches our public repository that anybody can look at and verify. So if it doesn't, it will refuse to connect. So that way, like, you don't have to be ...
