I’ve been grappling with a concern that I believe many of us share: the lack of privacy controls on Lemmy. As it stands, our profiles are public, and all our posts and comments are visible to anyone who cares to look. I don’t even care about privacy all that much, but this level of transparency feels to me akin to sharing my browser history with the world, a discomforting thought to say the least.
While the open nature of Lemmy can foster community and transparency, it also opens the door to potential misuse. Our post history can be scrutinized by creeps or stalkers, our opinions can be nitpicked based on past statements, and we can even become targets for mass downvoting. This lack of privacy control can deter users from actively participating in discussions and sharing their thoughts freely.
Even platforms like Twitter and Facebook, often criticized for their handling of user data, provide some level of access control. Users can choose who sees their timeline: friends/followers, the public or nobody. This flexibility allows users to control their online presence and decide who gets to see their content.
The current state of affairs on Lemmy forces us into a cycle of creating new accounts or deleting old posts to maintain some semblance of privacy. This is not only time-consuming but also detracts from the user experience. It’s high time we address this issue and discuss potential solutions.
One possible solution could be the introduction of profile privacy settings, similar to those found on other social media platforms. This would give users the flexibility to choose their level of privacy and control over their content without having to resort to manual deletion or account purging.
I believe that privacy is a fundamental right, and we should have the ability to control who sees our content. I’m interested in hearing your thoughts on this matter. How do you feel about the current privacy settings on Lemmy? What changes would you like to see? Let’s start a conversation and work towards making Lemmy a platform that respects and upholds our privacy.
And now we’re entering into the realm of encryption, especially end-to-end. Generally speaking, just because you’re sending information that touches other people’s hardware, doesn’t mean it’s public and readable.
Even then, AMD, Intel and now Apple CPU chips are suspected to be backdored. NIST has been slow to adapt a standard post-quantun E2EE algorithm, with some rumours of self-sabotage mandated by NSA (like they have already done in the past). The Tor network is extremely vulnerable to traffic correlation by big parties.
Encryption theoretically gives you what you describe, but in reality you still need to put a lot of thrust in things like your own hardware.