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Re:BitPay Will Process Payments on Multiple Blockchains, Sta... by Frogolocalypse on Friday December 15, 2017 @11:06PM (#15937564)
> and original vision

Where in the original white-paper is the emergency difficulty adjustment?

https://medium.com/@jimmysong/bitcoin-cash-difficulty-adjust...

> peer-to-peer

If you don't run a node, or you can't run a node because of resource requirements, you're not a peer.

Re:BitPay Will Process Payments on Multiple Blockchains, Sta... by pmorici on Saturday December 16, 2017 @03:44AM (#15938531)
It currently costs less to run a node per month than it does to do three transactions on the blockchain in the same period. Why would anyone care to run a node if the transactions aren't affordable.
Re:BitPay Will Process Payments on Multiple Blockchains, Sta... by Frogolocalypse on Saturday December 16, 2017 @04:12AM (#15938608)
If the blocksize was increased to double its current resource requirements, where i live in Australia, it would be impossible to run a node at any price.

And because the people who run nodes know this, they reject your proposals that reduce bitcoin network security.

Re:BitPay Will Process Payments on Multiple Blockchains, Sta... by pmorici on Saturday December 16, 2017 @04:28AM (#15938657)
You don't need to run a node unless you are a miner you should be using an SPV wallet. Chances are you already do.
Re:BitPay Will Process Payments on Multiple Blockchains, Sta... by CryptoPunk on Friday December 15, 2017 @11:16PM (#15937623)
The specifics of the difficulty adjustment algorithm are not critical to the original vision, but way to deflect (from the original scaling plan) to a different point.

>>If you don't run a node, or you can't run a node because of resource requirements, you're not a peer.

We had this discussion before:

https://news.ycombinator.com/item?id=15883911

[dead]
Re:BitPay Will Process Payments on Multiple Blockchains, Sta... by nicky0 on Saturday December 16, 2017 @03:47AM (#15938539)
Actually the white paper does not specify the details of the algorithm anyway.