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by hiq
1512 days ago
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Your example only works because you're considering an asset that lives in the blockchain itself. So it doesn't apply to anything physical, as in this case, you need a trusted channel to transfer the asset anyway, and a blockchain doesn't solve that. Even considering only these digital assets, you have an implicit notion of trust. The xyz.eth representation on the Ethereum blockchain is considered valuable because most people think it does represent what people expect to find at xyz.eth. But the ICANN can change this at any moment by adding .eth to https://en.wikipedia.org/wiki/List_of_Internet_top-level_dom... and this will all be gone. Humans don't live in a blockchain, and blockchain rules don't apply outside of it, so you can't solve this boundary problem. Or rather, you solve it by trusting whoever's in charge of this boundary. |
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These assets do have market value (despite your own personal feeling on what they “should” be worth) and so users do wish to find ways of interacting with and trading them without an intermediary.
The TLD/ICANN is irrelevant, as “.eth” is a construct for Ethereum clients, not HTTPS clients.
And yes, we build trust of, say, an immutable contract address originated by a human, and continue to trust in it years later because (a) the ledger is incredibly expensive to dismantle and (b) we can cryptographically verify this on our own local node.