BigBen is almost as reliable as #bitcoin ...almost
nostr:npub14yu97h9v0ayx26ftyjf63pqg9decve5zxl90cva7pqjmtr8dafhqxvqxvc nostr:npub1t2czmuku7r29l8j3tv47zv48nar2ll3ndqrx6srdp9fgmcdp7krqerd0pp Simple explanation: those reductions are too little, too late.
If its too late, why keep bitching about it? There's nothing we can do. Look forward and move on.
They steal the hash escrow (BIP 300), or distribute the hash escrow to a better L2 of their choosing, and going forward honor the other L2's hash escrow updates.
Sorta. The design goals changed a bit over the years. Originally the design goal was trustless p2p money. Now we've settled for 'digital gold' or 'p2p fedwire' or whatever you want to call it. And yes, it does that fantastically.
But those of us who want to have a money free from banks still need to solve scalability and fungibility. I agree we shouldn't add those features directly into Bitcoin; Bitcoin's immutability is one of its greatest features. Trustless L2's is the way you get those features and build bankless money without building those features into Bitcoin itself.
Lightning gets an honorable mention for sure, but it falls to all the same criticisms levied against Drivechains. Except lightning has a few practical limitations that will prevent it from ever becoming 'money'. First of which: Bitcoin literally cannot process enough transactions to onboard the human race into the lightning network.
Lightning is awesome for what it is, but the only way it can reach global scale is with trusted centralized 'platforms' no different than fiat banks. You see it already with WalletOfSatoshi. Those of us looking to build freedom money cannot settle for a new system of trusted banks. We're trying to cut banks out of the picture and build money for the people.
We can agree to disagree about whether or not trust less L2's are a significant 'reward'; and I agree the reward should be widely considered significant to justify a protocol change... but you make no mention of risk. What risks are you referring to? I see no risk.
Rootstock is great, but just like Liquid its pegout is based on a federated multisig option... its not trustless. If you are OK with trusted payouts, then Rootstock is great. For applications that need to be teustless, Rootstock is insufficent.
Don't get me wrong, I think the Rootstock idea is great, and the protocol is not 'bad' for the ecosystem, or undeserving of trust. Its just important to build systems that need zero trust.
The world has reduced carbon emissions the last few years, but it got hotter. Splain that.
Miners can 'evict' vanity sidechains and make room for useful sidechains. Only sidechains which are useful to the network will survive.
1) Bitcoin does not have a trustless sidechain. Every sidechain is trusted, even Liquid. (Read the code. Liquid has a fallback which gives BlockStream full control of funds if the pegout federation fails to agree)
2) Drivechains do not enable shitcoins. Shitcoins get eaten up by miners, by design.
The motivation for a trustless sidechain is so that Bitcoin can act as a hard immutable backbone to a broader money system. Bitcoin cannot be money, because it fails two necessary properties: scalability and fungibility.
Drivechains enable scalability and fungibility without compromising on Bitcoin's immutability, 21M supply, or security. Its a win win win.
Atomic swaps don't depend on a provider or platform. Atomic swaps are direct between the two parties involved, no need for a trusted 3rd party.
If Alice has sBTC and wants to atomic swap with Bob for his BTC, they can do so instantaneously (or at least within Bitcoin confirmation times). Alice and Bob do not need to trust each other. Both are trusting Bitcoin and sBitcoin's consensus, but thats already the case since they intend to use Bitcoin and sBitcoin
The bitcoin side of the swap cannot be reversed without a 51% attack on Bitcoin. The sBTC side cannot be reversed without a 51% attack on the side chain. These attack risks can be accommodated by waiting appropriate confirmation times on each chain before finalizing the swap.
I think that's the point. A sidechain must be popular in the bitcoin ecosystem. If a sidechain is unpopular, then it stops working, because miners won't care to progress it, or may even prefer to steal from it.
It prevents shit coins and stuff like that. Only a popular, bitcoin-beneficial sidechain that can sustain approval from the miners (e.g. fee competive) will survive. All others will be evicted. Its like a shitcoin garbage collector, lol.
Re #2: the long withdrawal windows don't bother me, because atomic swaps make it possible to get fast trustless exits. The long pegout window is really there to prevent any long term depeg, but you're right, short term deviation is possible.
I'll respond later with my thoughts on #3, but short answer: I think miner theft is not a problem.
What unintended consequences? I'm very well versed in the tech, but can't think of any.
I've seen a lot of misinformation hating on BIP300 & BIP301. I cannot think of a single Bitcoiner mindset (maxi or otherwise) that would not actively endorse these BIPs if they understood them. I'll venture a guess that most #bitcoin plebs do not understand, and are band wagonning on one side or the other.
Lets fix that. If you oppose BIP300 or BIP301, post your objection here, and I'll do my best to address it with credible citations.
#plebchain #nostr
Most people don't realize the political war happening in Texas, trying to get rid of their energy 'free market', and force them to join the socialized national grid.
Cool thing is... #Bitcoin miners are absolutely demolishing the socialists. The socialists try to point to extreme grid conditions as a reason for Texas close its free market, but every time that happens, Bitcoin miners are like "hold my beer while I fuck some socialists with my power budget" and completely fox the situation. Its beautiful 🥲