Instead of preempting criticism/downvotes, perhaps it would help to more clearly describe what kind of implementation of blockchain you mean?
If it would still involve some questionable consent mechanism that either consumes a large amount of energy (Proof-of-Work) or may benefit larger stakeholders (Proof-of-Stake), then even setting aside the cryptocurrency associations, I’m not sure it’s necessarily worth it. However, if I’m not mistaken, there are implementations that may not require those, but may still provide the sort of benefit you’re suggesting, aren’t there?
I’ve elaborated in some of the subsequent comments. I guess I wanted to “test the waters” a bit, if I got a strong negative reaction for simply mentioning a blockchain-based solution I would have sighed and moved on.
Proof-of-stake doesn’t benefit larger stakeholders any more than it benefits smaller stakeholders, the common “rich-get-richer” objection is based on a misunderstanding of how the economics of staking actually operates. Since every staker gets rewarded in exact proportion to the size of their stake the large stakers and small stakers grow at the same relative rates. It’s actually proof-of-work that has an inherent centralization pressure due to the economies of scale that come from running large mining farms.
Proof-of-stake doesn’t benefit larger stakeholders any more than it benefits smaller stakeholders, the common “rich-get-richer” objection is based on a misunderstanding of how the economics of staking actually operates.
That wasn’t what I was referring to, but I should have phrased that part of my comment better. When I wrote that it may benefit larger stakeholders more what I had meant was that, by my rough understanding, larger stakeholders have more influence or sway over the consent mechanism. It’s been awhile since I looked into it last, so I can’t remember the details exactly, but that’s what I recall of what I read.
It wasn’t the rich-get-richer problem, so much as the rich-hold-outsized-influence problem. Similar but distinct.
It may be counterintuitive, but stakers don’t actually have influence over the consensus mechanism. It’s actually the other way around. Consider it this way; the stake that a staker puts up is a hostage that the staker is providing to the blockchain. If I stake a million dollars worth of Ether, I’m basically telling the blockchain’s users “you can trust me to process blocks correctly because if I fail to do so you can destroy my million dollar stake.” I have a million dollars riding on me following the blockchain’s rules. That’s literally why it’s called a “stake.”
The people who are actually “in charge” of which consensus rules are in use are the userbase as a whole, the ones who pay transaction fees and give Ether value by purchasing it from the validators. If some validators were to go rogue and create a fork that was to their liking but not to the liking of the userbase, the rogue validators would be holding worthless tokens on a blockchain that nobody is using. You can see the effects of this by the way the blockchain is continuing to update in ways that are good for the general userbase but not necessarily for the validators - MEV-burn, for example, is a proposal that would reduce the amount of money that validators could make but there’s no concern that I’ve seen about the validators somehow “rejecting” it. If the userbase wants it the validators can’t reject it without losing much more than they could hope to gain.
Ironically, proof-of-work is more vulnerable to this kind of thing. If a proof-of-work chain were to fork and a substantial majority of the validators didn’t agree with the fork then they could attack it with 51% attacks. The forked chain would need to change its PoW algorithm to stop the attacks, and that would destroy all the “friendly” miners along with the attackers.
Validators in a PoS blockchain could also launch attacks at a contentious fork, but they’d burn their stake in the process whereas the validators that did what the userbase wanted would keep theirs. So there’s a powerful incentive to just go along with the userbase’s desires.
Instead of preempting criticism/downvotes, perhaps it would help to more clearly describe what kind of implementation of blockchain you mean?
If it would still involve some questionable consent mechanism that either consumes a large amount of energy (Proof-of-Work) or may benefit larger stakeholders (Proof-of-Stake), then even setting aside the cryptocurrency associations, I’m not sure it’s necessarily worth it. However, if I’m not mistaken, there are implementations that may not require those, but may still provide the sort of benefit you’re suggesting, aren’t there?
I’ve elaborated in some of the subsequent comments. I guess I wanted to “test the waters” a bit, if I got a strong negative reaction for simply mentioning a blockchain-based solution I would have sighed and moved on.
Proof-of-stake doesn’t benefit larger stakeholders any more than it benefits smaller stakeholders, the common “rich-get-richer” objection is based on a misunderstanding of how the economics of staking actually operates. Since every staker gets rewarded in exact proportion to the size of their stake the large stakers and small stakers grow at the same relative rates. It’s actually proof-of-work that has an inherent centralization pressure due to the economies of scale that come from running large mining farms.
That wasn’t what I was referring to, but I should have phrased that part of my comment better. When I wrote that it may benefit larger stakeholders more what I had meant was that, by my rough understanding, larger stakeholders have more influence or sway over the consent mechanism. It’s been awhile since I looked into it last, so I can’t remember the details exactly, but that’s what I recall of what I read.
It wasn’t the rich-get-richer problem, so much as the rich-hold-outsized-influence problem. Similar but distinct.
It may be counterintuitive, but stakers don’t actually have influence over the consensus mechanism. It’s actually the other way around. Consider it this way; the stake that a staker puts up is a hostage that the staker is providing to the blockchain. If I stake a million dollars worth of Ether, I’m basically telling the blockchain’s users “you can trust me to process blocks correctly because if I fail to do so you can destroy my million dollar stake.” I have a million dollars riding on me following the blockchain’s rules. That’s literally why it’s called a “stake.”
The people who are actually “in charge” of which consensus rules are in use are the userbase as a whole, the ones who pay transaction fees and give Ether value by purchasing it from the validators. If some validators were to go rogue and create a fork that was to their liking but not to the liking of the userbase, the rogue validators would be holding worthless tokens on a blockchain that nobody is using. You can see the effects of this by the way the blockchain is continuing to update in ways that are good for the general userbase but not necessarily for the validators - MEV-burn, for example, is a proposal that would reduce the amount of money that validators could make but there’s no concern that I’ve seen about the validators somehow “rejecting” it. If the userbase wants it the validators can’t reject it without losing much more than they could hope to gain.
Ironically, proof-of-work is more vulnerable to this kind of thing. If a proof-of-work chain were to fork and a substantial majority of the validators didn’t agree with the fork then they could attack it with 51% attacks. The forked chain would need to change its PoW algorithm to stop the attacks, and that would destroy all the “friendly” miners along with the attackers.
Validators in a PoS blockchain could also launch attacks at a contentious fork, but they’d burn their stake in the process whereas the validators that did what the userbase wanted would keep theirs. So there’s a powerful incentive to just go along with the userbase’s desires.