Proton Mail is famous for its privacy and security. The cool trick they do is that not even Proton can decode your email. That’s because it never exists on their systems as plain text — it’s always…
Well, even the mail is sometimes e2ee. Making the comparison without specifying is like marketing your safe as being used in Fort Knox and it turns out it is a cheap safe used for payroll documents like in every company. Technically true but misleading as hell. When you hear Fort Knox, you think gold vault. If you hear proton mail, you think e2ee even if most mails are external.
And even if you disagree about mail, there is no excuse for comparing to proton drive.
Email is almost always zero-access encryption (like live chats), considering the % of proton users and the amount of emails between them (or the even smaller % of PGP users). Drive is e2ee like chat history.
Basically I see email : chats = drive : history.
Anyway, I agree it could be done better, but I don’t really see the big deal. Any user unable to understand this won’t get the difference between zero-access and e2e.
Well, even the mail is sometimes e2ee. Making the comparison without specifying is like marketing your safe as being used in Fort Knox and it turns out it is a cheap safe used for payroll documents like in every company. Technically true but misleading as hell. When you hear Fort Knox, you think gold vault. If you hear proton mail, you think e2ee even if most mails are external.
And even if you disagree about mail, there is no excuse for comparing to proton drive.
Email is almost always zero-access encryption (like live chats), considering the % of proton users and the amount of emails between them (or the even smaller % of PGP users). Drive is e2ee like chat history. Basically I see email : chats = drive : history.
Anyway, I agree it could be done better, but I don’t really see the big deal. Any user unable to understand this won’t get the difference between zero-access and e2e.