How is it any different than verifying that a transaction occurred?
How is a trusted repository different from a hard fork?
Isn’t “proving someone is a maintainer” just an IRL proof of stake?
How is it any different than verifying that a transaction occurred?
With a centralized trust source (bank), you ask for the records.
How is a trusted repository different from a hard fork?
Because you check who owns and maintains it. A notable example was with Simple Apps for Android, earlier this year the main repo was sold to a company. Trust was lost, thus a fork was created to keep the original stuff.
Right, but isn’t the “main chain” of Ethereum based on a similar principle wherein it’s the main chain because it’s the one the devs use?
What about BTC vs BTC lightning.
I’m genuinely failing to see a distinction here, and, again, the wiki article says that blockchains are special cases of Merkle trees.
Right, but isn’t the “main chain” of Ethereum based on a similar principle wherein it’s the main chain because it’s the one the devs use?
No clue, I don’t keep an eye on that, I’m partially aware that there are several similar forks (and eth classic was a result of scammy shenanigans) but, afaict, none try to pretend they’re the “real” ethereum.
I’m genuinely failing to see a distinction here
A distinction between trust and trustless? Because my initial point was that git isn’t trustless, because it works just like any other online system that requires a login, where a central server/database checks if the user sending inputs was properly identified by some mean (password, cryptographic key, something else). Implementing a Merkle or any other hash tree doesn’t make something trustless
