go get -u github.com/whyrusleeping/gx
the issue persists
one chain per identity
approach https://github.com/ssbc and a blog post about use cases https://medium.com/clebertech-en/the-definitive-guide-to-secure-scuttlebutt-a1b3a3fd73f6
nodo20
Hi everybody!
D this link with dataviz based on #holochain network landscape.
It takes some time to render the whole thing at first loading, but I think this kind of platforms/tools are evolving towards similar concepts and deserve some attention..
Anybody know an alternative dApp/hApp working with similar concepts or results for this kind of network visual analysis?
I would really appreciate any feedback, comments, thoughts 🙂
nodo20
* Hi everybody!
Dropping this link, with dataviz based on #holochain network landscape.
It takes some time to render the whole thing at first loading, but I think this kind of platforms/tools are evolving towards similar concepts and deserve some attention..
Anybody know an alternative dApp/hApp working with similar concepts or results for this kind of network visual analysis?
I would really appreciate any feedback, comments, thoughts 🙂
nodo20
posted an image: it says in the FAQ that
To share data, an agent’s device sends it to a subset of random peers (randomness defends against collusion) based on the similarity of their public key hashes to the hash of the data being shared
This means that based on the hash of the data being shared, an agent could verify with the random peers if they actually got the data. Is this step performed before accepting data?
jeffs
> <@gitter_mcyba:matrix.org> Hello, I love your studies and I wanna create a hApp project. But before the starting all my efforts, I've a question. Did you start any study using Python instead of Rust? (a kind of holochain-python thing.)
If you are going to use python a piece of technology usefull is Cython, I have once found it used for example on backup software to keep performance. It may compare better to Rust