For open source messengers, you can check whether they actually encrypt your messages and whether the server has access to your encryption keys but what about WhatsApp? Since it’s not open source, you can’t be sure that the encryption keys aren’t sent to the server, right? Has there been a case where a government was able to access WhatsApp chats without reading them from the phone itself?
A place to discuss privacy and freedom in the digital world.
Privacy has become a very important issue in modern society, with companies and governments constantly abusing their power, more and more people are waking up to the importance of digital privacy.
In this community everyone is welcome to post links and discuss topics related to privacy.
Some Rules
- Posting a link to a website containing tracking isn’t great, if contents of the website are behind a paywall maybe copy them into the post
- Don’t promote proprietary software
- Try to keep things on topic
- If you have a question, please try searching for previous discussions, maybe it has already been answered
- Reposts are fine, but should have at least a couple of weeks in between so that the post can reach a new audience
- Be nice :)
Related communities
Chat rooms
-
[Matrix/Element]Dead
much thanks to @gary_host_laptop for the logo design :)
- 0 users online
- 57 users / day
- 383 users / week
- 1.5K users / month
- 5.7K users / 6 months
- 1 subscriber
- 2.44K Posts
- 57.5K Comments
- Modlog
What you wrote is science fiction, not fact. So are practical quantum computers, thus far.
It also ignores the fact that quantum computing would do shit all against symmetric encryption (though admittedly that’s less relevant for whatsapp, but it’s perfectly relevant if you want to exchange secure messages with someone you met physically prior); as well as the fact quantum-resistant encryption algorithms such as NTRU already exist and are already considered for implementation in free software tools (the only reason they aren’t is they’re far less tested and nobody trusts them yet against conventional attacks).
https://sites.math.washington.edu/~morrow/336_16/2016papers/tristan.pdf