@MaxVernon this is kinda paranoid, but one thing that stopped me from order one is the idea that the cryptosteel's customer list is a goldmine. Probably a large portion of their customers will have hardware wallets stored at home. I suppose its not too different from any other hardware wallet manufacturer though
@MaxVernon Very true! I think that is a danger most people don't consider. Knowledge of a key makes you at least somewhat socially liable for those coins
I can't help but think 'bitcoin banks' will be a necessity for some users, though certainly the ecosystem should be built in a way that always allows a user to 'be their own bank', should they so desire
But I digress.. it still seems to me that the ability to pay for larger blocks is a larger existential threat to the network than the ability to pay for limited space. Or at least, given the advent layer 2+ solutions it is. Our proposals seem like a lot of meddling for marginal capacity gains XD
@GabrielR. Bitcoin is a payment system that is unprecedented in speed at low-cost. It's units are valuable because they are useful for transmitting money around the globe.
@NicolasBarbulesco Take a look at BIP 39, it allows you to back up a wallet file using a mnemonic seed phrase. The BIP 39 standard provides a fairly straightforward way of backing up and re-instantiating a wallet as need be, though it is safest to never have your private keys on an internet-connected device. afaik most hardware wallets use BIP39 to create an HD wallet
@murch You can absolutely transfer ownership of BTC without a transaction. I suspect you mean "on chain" - but ownership is very different from control of private keys.
@NicolasBarbulesco Not in the same way. Dedicated mining hardware is providing a valuable function to the network, and their operators are paid for by - exactly as the system was designed.
@fredsbend I expect that with a half decent laptop you can get 20 MH/s. The total network hashrate is 15 EH/s. That means you'll find one block in 750000000000. In other words, one block every 14 million years.
@MaxVernon There are good reasons why miners may occasionally produce an empty block, namely because they know about the previous block already (and want to build on top of it) but haven't validated it yet (so they can't decide what new transactions would be valid in a successor block).
@Murch, I can't wait. It's been almost 3 years since I woke up one morning and read the Lightning Network white paper. Feels like a long time, but in reality, this is very fast
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"Can you trust computer systems built on strict code that will always do what you tell them too?" Be careful what you wish for, lest an AI turns the whole universe into paperclips. — fredsbend6 mins ago
This is what leads to signature aggregation: we don't actually care to see signatures for each public key. We just want a proof of knowledge, and the signature is one way to accomplish that. Aggregated signatures accomplish that in a more compact and computationally cheap way.
Why would every full node in the world need to recompute it? The one signing the transaction already knows the outcome of that square root. He can just tell everyone, and let them verify it instead.
I agree with the advantages of having a sufficiently flexible script language so that it supports the efficient validation of most or all conditions you want for spending, but I disagree that implies a Turing-complete language.