Hacker News new | ask | show | jobs
by Reelin 2016 days ago
> foreign governments and other actors actively seeking to polarize society

> What are some better alternatives?

I have no idea if it's mathematically possible but I'd be optimistic about the potential of a (hypothetical) privacy preserving web of trust metric. It would be really nice to have at least some limited indication of how the person behind the account fits into the world at large. Right now you can't reliably determine (arbitrary examples) country or even continent of residence, paid posts by an organized campaign (PR, propaganda, etc) versus organic occurrences, etc.

Of course, Facebook is the ever present counterexample where people proudly attach their full legal name to hate filled streams. But at least I personally know for certain that they're local people who actually exist and aren't being paid for their posts! Silver linings and all that.

1 comments

But web of trust is still something you have to know and consciously decide to use. What if a majority of people would simply ignore it because it conflicts with the opinion formed in their own bubble - or if they simply don't know about it or don't know how to use it?
Not if it's built into the communication platform you happen to be using. Just one or a few basic indicators to give you even the slightest bit of information about who wrote what you're reading. Just a simple "p = 0.03 US resident" or an aggregate trust score based on a combination of social graph connectivity and spam reports or something. Sure, people could intentionally ignore it, but right now there's no indicator to be had even if you want it!

To be clear, I'm not talking about present day clunky GPG web of trust with key signing parties and all that. I'm talking about a hypothetical (ie as yet nonexistent) magical web of trust that somehow doesn't destroy your privacy in the process of being used. (It's not as crazy as it sounds - we already have zero knowledge proofs, blinded encryption, and various other privacy preserving cryptographic schemes.)