It’s also a specific procol, which can absolutely be blocked. I don’t know where this notion that it’s impossible to block tor because it was designed to be censorship resistant came from, but you can absolutely stop people from using it.
It’s not even that hard and there’s nothing end users can do about it if they don’t know how to circumvent it…
It can be blocked, but blocking bridges is a constant whack-a-mole (especially now that they have Webtunnel which, while apparently not as robust as some dedicated obfuscation solutions, is still a noticeable improvement). My bigger problem with Briar is that both recipients have to be online to message, or you have to set up a “mailbox”.
It’s also a specific procol, which can absolutely be blocked. I don’t know where this notion that it’s impossible to block tor because it was designed to be censorship resistant came from, but you can absolutely stop people from using it.
It’s not even that hard and there’s nothing end users can do about it if they don’t know how to circumvent it…
It can be blocked, but blocking bridges is a constant whack-a-mole (especially now that they have Webtunnel which, while apparently not as robust as some dedicated obfuscation solutions, is still a noticeable improvement). My bigger problem with Briar is that both recipients have to be online to message, or you have to set up a “mailbox”.
Being able to be blocked is a completely different thing than being centralized service.
I mean, if users don’t know how to circumvent something, by definition there is nothing that they can do about it.
However, unless this hypothetical censoring country is blocking all encrypted network traffic it is trivial to access TOR via a VPN or an SSH tunnel