AD: I'll take a stab, but I am a new joiner!
Each repository is governed by an identity document which is signed by a set of delegates, each delegate currently corresponds 1:1 to someones ssh-key. We are working to adjust this mechanism so you can have group identities, but its a hard problem and we're not the only ones working on it (note theres light at the end of this tunnel at this point).
Seeing as you studied philosophy I'd argue what then do you mean by a solution? Aren't all solutions transmutations of prior 'things'? In the complex domain we have a word for it, exaptation - the radicle repurposing of something in a new context.
That aside, how do you know which people to trust when you meet them? And how do you signal trust in those you've met? In Radicle holding stable cryptographic identities doesn't resolve the zero-to-some trust problem but it does resolve the some-to-more trust problem, I can continue trusting once I recognise and know an identity.
So to answer "how is that trust distributed to parties in the network" - by stable cryptographic identities.
To answer "how do I know which stable repository identities to trust" - by socialising, like you know how to trust people you meet in the world because you were introduced to them by someone else you trust.
Each repository is governed by an identity document which is signed by a set of delegates, each delegate currently corresponds 1:1 to someones ssh-key. We are working to adjust this mechanism so you can have group identities, but its a hard problem and we're not the only ones working on it (note theres light at the end of this tunnel at this point).
Seeing as you studied philosophy I'd argue what then do you mean by a solution? Aren't all solutions transmutations of prior 'things'? In the complex domain we have a word for it, exaptation - the radicle repurposing of something in a new context.
That aside, how do you know which people to trust when you meet them? And how do you signal trust in those you've met? In Radicle holding stable cryptographic identities doesn't resolve the zero-to-some trust problem but it does resolve the some-to-more trust problem, I can continue trusting once I recognise and know an identity.
So to answer "how is that trust distributed to parties in the network" - by stable cryptographic identities.
To answer "how do I know which stable repository identities to trust" - by socialising, like you know how to trust people you meet in the world because you were introduced to them by someone else you trust.