IMO, blockchain technology is good for one use case: illegal transactions.
I think all else can be achieved more efficiently by using a trusted third party write-only database, such as the ones available on AWS, and you’d also have the benefit of being able to go to court to seek relief. Some blockchain markets are basically reinventing banking systems and preexisting financial law - systems that have been built over centuries and have quite a bit of knowledge baked in.
I do like the shift to proof of stake from proof of work, but this tech is silly to me.
I know of one use case that seems viable, there is a digital housing market service in my country (called Dias). It uses blockchain to verify transactions related to selling and buying houses. That includes proof of sales, ownership, bank transaction status etc. The blockchain is operated by all the major banks. Their incentive is that it increases the security of the transactions thanks to the immutable digital trail, and also the fact that no single entity owns the “database” so no entity can alter it, or skim service fees etc from the others.
But if you have any conflict with it, you have to get a lawyer involved right? It doesn’t seem like it provides value to a real estate transaction, just seems like a use case for block chain
IMO, blockchain technology is good for one use case: illegal transactions.
YES!!!
The only thing you’re not getting quite right is what it means to be “illegal” and whether the groups making this decision have anyone’s interest in mind except their own.
When doing right is or becomes illegal because our country is run by a fascist, that “illegal” money will save lives.
IMO, blockchain technology is good for one use case: illegal transactions.
If the friction of translating your fiat money into cryptocurrencies and back is low enough it can be a very good method for collecting digital donations. Potentially no fees to send/receive money, no real national restrictions to speak of and then its stored as a value that the recipient can use however they want, plus donors can trace where the money goes if the person they donated to then turns around and donates a portion to another person receiving donations on the blockchain.
Basically the exact same benefits as the use case of illegal transactions, but at least for good rather than usually-not-good
Proof of stake, while better for the environment compared to electricity-guzzling proof of work, actually shift the power of consensus to capital owners. In proof of work, any bloke with some computing power can participate in the swarm even if they don’t own any crypto. In proof of stake, only those who own some crypto can participate in the swarm, and those who own more have more say.
You can say that proof of works also requires capital to buy computing power, but with the shift to proof of stake, the bar to participate has been raised. If can’t just use a spare computer to join now, you actually need some capital to buy some stake before you can participate. It’s a big boy club now, a tool to help the rich get richer.
actual, verifiable digital ownership… using a distributed database technology that is designed to require a massive amount of computing resources to update.
I think where some of us who work in spaces using databases to verify something in critical business processes get stuck in accepting that blockchain has value is that our jobs have always been to verify “ownership” as quickly and efficiently as possible. We typically do this by defining a canonical source of truth and our success is judged on how many milliseconds transactions take and the datacener or cloud costs.
Saying that everything about blockchain is “dumb” isn’t a very nuanced analysis… but it’s a understandable reaction to hearing the hype that blockchain is going to change everything for years.
I’ve never seen anyone argue that the massively distributed nature or the public read access of blockchain technologies aren’t interesting. It’s the tradeoff that has to be made in speed and costs that make it hard for many of us to see any value in the approach for most applications.
In which cases is this actually useful, as opposed to having a centralized database?
Blockchain doesn’t provide the enforcement of ownership, which is the real problem.
the problem that bitcoin “solves” is mathematically unsolvable. The only reason it kind of works is because participants are human, and therefore are able to assign arbitrary value to the currency, and therefore can act greedily to try to maximize (and protect) their coins. Participants are only incentivized to participate in mining because the thing they’re rewarded with is a “currency” (something they value, as humans).
For anything but a currency, what is the incentive of miners using their resources to handle your transactions?
Imagine if you will… the dollar (cash) was invented today, up until now all there was was long-established crypto currency.
Suddenly there’s all sorts of scams where crooks trick people out of their dollars. Others are getting straight robbed and have no recourse to get their cash back. Cops often don’t believe you as you have little evidence of the $1000 you just had. Yet others are getting scammed by “banks” that disappear soon after accepting deposits as there is no state regulation.
What you’re seeing is not a problem inherent in crypto-currency or blockchains, it’s a new tool. Many new tools are used most effectively by “the bad guys” first. Even look at Mp3s, the first 5 years of their existence their purpose was basically to rob record companies. Are mp3s a scam?
Don’t let banks and authorities convince you that one of the most effective weapons against them is a scam against you. You don’t think the banks are telling you the truth… this time… right?
A blockchain is only as secure as the amount of work (= processing power) that goes into it. Anyone with 51% of the processing power invested in a blockchain can attack it and essentially steal from other people. For cryptocurrencies it’s a problem that solves itself, because every person that possesses some of the cryptocurrency is incentivized to mine to keep it secure (and to earn some at the same time). The more your cryptocurrency is valuable, the more people will want to mine it and the more secure it will be.
For anything other than cryptocurrencies, you can’t incentivize a huge number of people to commit computing power to secure your blockchain. So you have to protect it some other way, for example only allowing you and some trusted people to write on it. But then it doesn’t really need to be a blockchain anymore, just a write-only database (which will perform better and occupy less space).
If it requires no work to generate a block at the end of your blockchain, any attacker can generate malicious ones.
I want to see what you mean in practical terms, because the only other example besides questionable crypto currencies is NFTs and that was an epic lesson on what not to do. 😅
There are other uses. Like making a system that is interconnected and resistant to hacking. For example an interconnected traffic light system that can prioritize transit/emergency vehicles could be managed by a block chain to ensure the system stays in sync with itself for traffic flow/prioirty while being resistant to hacking or malicious activity.
Because it’s a trustless system. In order to override the system you have to take over 50% of the nodes, and in large enough systems it’s infeasible to get that much compute power. This means that no one person or organization can actually control the destiny of the system, only the consensus can.
I can’t believe that here, in the fediverse of all places, we need to have a discussion about the benefits of having a system that corporations can’t control.
Ok explain to me the advantages of a decentralized traffic light system that controls public traffic on public streets?
What advantages does a blockchain traffic light system have over a centralized server controlled by those who are responsible for maintaining the physical hardware?
Who controls the streetlight blockchain in your idea? You think the government is going to responsibly manage a system that is large enough to be impractical to alter? My local government is barely responsibly enough to manage basic utility maintenance, we’ve had 3 water main bursts in a month and it hasn’t even been below freezing that whole time.
I can’t believe a human being living in the world doesn’t see that any implementation of a secure blockchain requires massive funding for infrastructure. That money comes from 1 of 2 places, illegal enterprises that maintain control for security and manipulation, and legal corporations that will maintain control for financial security and manipulation. Modern governments don’t run projects like this anymore, they contract them out to corporations.
Keep in mind that the only practical use of blockchain that anyone has found so far, has been as a currency that requires no ID. The most famous use of these currencies was by John Mccaffee, who used crypto currencies to help him evade authorities for nearly a decade. So I don’t have much faith in a technology that has only shown a benefit to criminals with so much money that cash becomes impractical. Nor do I have to remind you that wealthy private individuals have been able to manipulate crypto markets with hilarious ease, like how Musk pumped and dumped Doge Coin years ago with a single tweet and most likely made millions in private, untraceable money.
Just because something sounds cool on paper, and makes it seem like it skirts governments and corporations, doesn’t mean it works in practice. Large entities inherently have more resources, and are primed to steal new technologies for their own use, especially when implementing that technology requires huge funding for infrastructure.
Yeah I realize now I responded to a thread about traffic lights instead of systems in general. Obviously centralized systems are far superior for that.
It’s almost like different types of systems have different requirements, and a communication platform benefits from decentralization, where traffic lights and vehicle routing does not.
This is a classic solution in search of a problem. The problem with stop lights isn’t that corporations control them, the problem with stop lights is that the general population thinks that cars are the only way to get around and demand that city officials optimize street and roads for cars. Adding a bunch of crazy verification steps will not solve this problem.
This is another social problem that technology just can’t solve.
No, NFTs do have good uses, but things like image NFTs are just a misappropriation, like SPAM is to email.
One use case, is clear, independently verifiable ownership of non-tangible things, like Intellectual Property rights. Movie rights for a book adaptation for instance moving between companies in IP sales and mergers/acquisitions.
I don’t know the value in a decentralized IP rights system. If the key holder gets phished, you can lose your rights to a TV series you’ve been working on. (Like Seth Greene)
He wouldn’t have lost it and had to pay back the ransom in a traditional contract. Having a contract centralized and enforced by the legal system has many perks and I can’t ever see how a decentralized rights platform can enforce itself.
Yeah I think a lot of people don’t understand that “good for x problem”, “better than existing solution”, and “switching to this solution is better than staying with the existing solution” are three vastly different things
Blockchain fails because switching to it is consistently worse than sticking with current solutions, and often it fails at being better than current solutions in the abstract
The perfect use case is tickets to live events. One entity creates one NFT for each seat or spot available and can initially sell them. The owner of that NFT (ticket) can then do whatever they want with it without the need for a third party (Ticketmaster) to scalp the shit out of any subsequent transactions.
Proof of ownership of a single ticket at the time of the event is the end goal, which is what NFTs do.
Why this hasn’t been done is pretty baffling to me.
What’s better, is if artists want to provide a subset of tickets that are not resellable they can. Those tickets will only be accepted if a single transaction has taken place.
The owner of that NFT (ticket) can then do whatever they want with it without the need for a third party (Ticketmaster) to scalp the shit out of any subsequent transactions.
How is that supposed to prevent scalping, exactly?
Proof of ownership of a single ticket at the time of the event is the end goal, which is what NFTs do.
And that’s better than physical tickets, because…?
What’s better, is if artists want to provide a subset of tickets that are not resellable they can.
That’s also already a solved problem: write a name on a ticket and validate that name with an ID.
Just responding to the “scalping” quote. It absolutely wouldn’t stop scalping, what I HOPE op was trying to say was that it could be used to prevent Ticketmaster, or any entity like it, from charging fees on every exchange of said ticket.
Why this hasn’t been done is pretty baffling to me.
Because the blockchain needs an incentive. Who is going to be taking part in the blockchain if there is nothing in it for them? That’s why these tokens are often tied to crypto currencies, as mining is the incentive.
That’s not a perfect use case for it. That’s a central authority (venue) selling tickets to anyone who wants to buy them. But instead of using a local database and approving transfers from person to person and losing the ability to reverse transactions due to fraud, it’s hosted in the wild west of crypto.
There’s nothing stopping a venue from offering your perfect use case in a centralized system, but they outsource it to Ticketmaster (namely because Ticketmaster owns like 80% of music venues or something) so they don’t have to deal with it.
Your scenario outsources it to the block chain, who will charge gas for the transactions instead of ticketmaster charging fees.
The sounds like scalpers paradise. They can buy multiple tickets and sell it without thinking about any authorization (id card or something) when using that tickets
That is an absolutely TERRIBLE use case because it is by definition centralized. The venue already has ample control over who tf gets in and there is little problem with counterfeit tickets.
And it’s ALWAYS the same problem. You can have all the lists you want. A central authority has to recognize and enforce that list. At which point, the structure of your list is completely irrelevant. It could be ANY list. What matters is that it’s chosen to be enforced. And currently, most power structures are happy with plain old databases. Or pen and paper.
A plain old database also has ways of dealing with theft.
If someone steals your crypto keys and sends your assets to themselves, they have no legal ownership over those assets but they’re listed as the owner in the blockchain, so blockchain isn’t even any good at being an accurate, verifiable record of ownership.
Yes, you can’t make changes to the blockchain, but that also means you can never fix anything. So you actually can’t rely on the blockchain to be accurate.
"Intellectual Property[sic]" is dishonest loaded language, but yes, I agree with you that blockchain could be a good way for a copyright holder to prove their monopoly. 'Course, that’s also what registering your copyright with the Library of Congress is for, so…
IP rights is not a problem that needs solving. In fact, the existing legal system has ways of punishing copyright violations whereas the Blockchain does not.
Supply chain validation is also an example of the block chain “in action”. But the people that are entering the data on the Blockchain are the same people that were typing it in an email yesterday.
I used to be a fan of the technology as well but so far it hasn’t show itself to be useful. A solution in search of a problem.
I thought of that problem the moment when they started explaining their use case. I had no idea there is a name for it, kinda cool. If the blockchain people have a real solution for it, it would be a pretty big deal
Digital ownership on one (1) blockchain. Not really that great when you put it like that. What makes one Blockchain more authoritative than another?
Even in a closed system, if you think the admins of these chains don’t keep a kill switch in their back pocket specifically for their advantage in ownership conflicts then you should probably read about Ethereum Classic. Even if they don’t want to hard fork, if a chain is controlled entirely by a company, then they can edit it however they want regardless since it’s not really decentralized.
The idea that Blockchains will empower the customer with digital ownership is silly to me.
No, I’m referring to how ETC came about as the result of a huge scam that caused the whole Ethereum project to be forked. The original Ethereum was supposed to be immutable, but this conflict clearly showed that wasn’t true, and there were still people pulling the strings who were too big to fail.
Not anything new to someone who’s very familiar with the project, but emblematic of the promise of crypto vs the actual product.
Then I guess you misunderstand that the hard fork resulting from the DAO hack was the result of consensus of the network participants, not a unilateral action taken by the Ethereum foundation. Indeed, the protocol facilitated that’s the only way it could happen.
The historic source code is still hosted, if you think ETH devs have the ability to ‘edit whatever they want’ then you should be able to point to the lines of code where that ability is afforded to them. Or someone should, 8 years should have been enough time to have a flick through.
Your anti-ETH comment came across as an anti-ETC comment to me, that’s why I responded. I stand with you in disagreement with the 2016 hard fork. Mostly because many people would lose money anyway, and did. ETH corrected 50+%.
ETC is literally the original chain, sans Ethereum foundation’s branding (which is why your reference to it confused me). Founding members left and continued to support ETC, and went on to found other foundations with a basis in academic rigor, which formed the fundamental basis of the ideological disagreement between participants.
You said this showed ETH/ETC devs have a ‘kill switch in their back pocket’, but the part of Ethereum that was ‘killed’ is alive and much larger than it was in 2016.
My point wasn’t for or against any particular chain. It was just pointing out that crypto isn’t really immutable when applied to real use cases, and is only as decentralized and democratic as power brokers in the space want it to be.
I’m pointing out that the DAO hack transactions are not muted on ETC, they still exist as transactions in a validated block on that chain. Whether its state of mutability exists in binary or on a spectrum, ETC is shown to be immutable using your criteria, further showing that it’s not as simple as “crypto isn’t really immutable”. Different chains, even directly originating from the same project, have different characteristics with respect to mutability. It’s not to say that ETH is worse and/or better than ETC, or that either of them are good, it’s just what’s been observed as a matter of record, contrary to your depiction
My point is that in a mass-adoption scenario where blockchains are controlled by large entities, they will absolutely use these characteristics to their advantage, and because of how crypto is structured it will be much more oppressive and favored towards existing powers than more traditional methods that allow for greater flexibility and a more diverse set of use cases. That’s why some of the biggest holders of crypto are the same corporations that caused the '08 subprime loan crash.
Reminds me of a device I heard about that just copies a music file and then deletes the copy and counts how many times that file has been copied as a commentary on the dialogue surrounding piracy
Crypto =/= blockchain.
If you can’t see the utility of blockchain with regards to things like actual, verifiable digital ownership, then I don’t know what to tell you.
IMO, blockchain technology is good for one use case: illegal transactions.
I think all else can be achieved more efficiently by using a trusted third party write-only database, such as the ones available on AWS, and you’d also have the benefit of being able to go to court to seek relief. Some blockchain markets are basically reinventing banking systems and preexisting financial law - systems that have been built over centuries and have quite a bit of knowledge baked in.
I do like the shift to proof of stake from proof of work, but this tech is silly to me.
I know of one use case that seems viable, there is a digital housing market service in my country (called Dias). It uses blockchain to verify transactions related to selling and buying houses. That includes proof of sales, ownership, bank transaction status etc. The blockchain is operated by all the major banks. Their incentive is that it increases the security of the transactions thanks to the immutable digital trail, and also the fact that no single entity owns the “database” so no entity can alter it, or skim service fees etc from the others.
But if you have any conflict with it, you have to get a lawyer involved right? It doesn’t seem like it provides value to a real estate transaction, just seems like a use case for block chain
YES!!!
The only thing you’re not getting quite right is what it means to be “illegal” and whether the groups making this decision have anyone’s interest in mind except their own.
When doing right is or becomes illegal because our country is run by a fascist, that “illegal” money will save lives.
If the friction of translating your fiat money into cryptocurrencies and back is low enough it can be a very good method for collecting digital donations. Potentially no fees to send/receive money, no real national restrictions to speak of and then its stored as a value that the recipient can use however they want, plus donors can trace where the money goes if the person they donated to then turns around and donates a portion to another person receiving donations on the blockchain.
Basically the exact same benefits as the use case of illegal transactions, but at least for good rather than usually-not-good
Proof of stake, while better for the environment compared to electricity-guzzling proof of work, actually shift the power of consensus to capital owners. In proof of work, any bloke with some computing power can participate in the swarm even if they don’t own any crypto. In proof of stake, only those who own some crypto can participate in the swarm, and those who own more have more say.
You can say that proof of works also requires capital to buy computing power, but with the shift to proof of stake, the bar to participate has been raised. If can’t just use a spare computer to join now, you actually need some capital to buy some stake before you can participate. It’s a big boy club now, a tool to help the rich get richer.
To add: mining profits are minimized with difficulty adjustment, but there’s no such mechanism with staking - profits are maximized instead.
actual, verifiable digital ownership… using a distributed database technology that is designed to require a massive amount of computing resources to update.
I think where some of us who work in spaces using databases to verify something in critical business processes get stuck in accepting that blockchain has value is that our jobs have always been to verify “ownership” as quickly and efficiently as possible. We typically do this by defining a canonical source of truth and our success is judged on how many milliseconds transactions take and the datacener or cloud costs.
Saying that everything about blockchain is “dumb” isn’t a very nuanced analysis… but it’s a understandable reaction to hearing the hype that blockchain is going to change everything for years.
I’ve never seen anyone argue that the massively distributed nature or the public read access of blockchain technologies aren’t interesting. It’s the tradeoff that has to be made in speed and costs that make it hard for many of us to see any value in the approach for most applications.
In which cases is this actually useful, as opposed to having a centralized database? Blockchain doesn’t provide the enforcement of ownership, which is the real problem.
the problem that bitcoin “solves” is mathematically unsolvable. The only reason it kind of works is because participants are human, and therefore are able to assign arbitrary value to the currency, and therefore can act greedily to try to maximize (and protect) their coins. Participants are only incentivized to participate in mining because the thing they’re rewarded with is a “currency” (something they value, as humans).
For anything but a currency, what is the incentive of miners using their resources to handle your transactions?
How about first we see a version that isn’t a scam? We’ve seen plenty of scam versions so far.
Imagine if you will… the dollar (cash) was invented today, up until now all there was was long-established crypto currency.
Suddenly there’s all sorts of scams where crooks trick people out of their dollars. Others are getting straight robbed and have no recourse to get their cash back. Cops often don’t believe you as you have little evidence of the $1000 you just had. Yet others are getting scammed by “banks” that disappear soon after accepting deposits as there is no state regulation.
What you’re seeing is not a problem inherent in crypto-currency or blockchains, it’s a new tool. Many new tools are used most effectively by “the bad guys” first. Even look at Mp3s, the first 5 years of their existence their purpose was basically to rob record companies. Are mp3s a scam?
Don’t let banks and authorities convince you that one of the most effective weapons against them is a scam against you. You don’t think the banks are telling you the truth… this time… right?
I’m looking at the current evidence, not “what banks are telling me”.
A blockchain is only as secure as the amount of work (= processing power) that goes into it. Anyone with 51% of the processing power invested in a blockchain can attack it and essentially steal from other people. For cryptocurrencies it’s a problem that solves itself, because every person that possesses some of the cryptocurrency is incentivized to mine to keep it secure (and to earn some at the same time). The more your cryptocurrency is valuable, the more people will want to mine it and the more secure it will be.
For anything other than cryptocurrencies, you can’t incentivize a huge number of people to commit computing power to secure your blockchain. So you have to protect it some other way, for example only allowing you and some trusted people to write on it. But then it doesn’t really need to be a blockchain anymore, just a write-only database (which will perform better and occupy less space).
If it requires no work to generate a block at the end of your blockchain, any attacker can generate malicious ones.
It’s no surprise you don’t know what to tell us. It’s hard to get a mark to buy into a scam once they’ve realized what is was.
?
I want to see what you mean in practical terms, because the only other example besides questionable crypto currencies is NFTs and that was an epic lesson on what not to do. 😅
There are other uses. Like making a system that is interconnected and resistant to hacking. For example an interconnected traffic light system that can prioritize transit/emergency vehicles could be managed by a block chain to ensure the system stays in sync with itself for traffic flow/prioirty while being resistant to hacking or malicious activity.
How does adding more computers, more points of failure, make infrastructure less prone to exploitation?
Because it’s a trustless system. In order to override the system you have to take over 50% of the nodes, and in large enough systems it’s infeasible to get that much compute power. This means that no one person or organization can actually control the destiny of the system, only the consensus can.
I can’t believe that here, in the fediverse of all places, we need to have a discussion about the benefits of having a system that corporations can’t control.
Ok explain to me the advantages of a decentralized traffic light system that controls public traffic on public streets?
What advantages does a blockchain traffic light system have over a centralized server controlled by those who are responsible for maintaining the physical hardware?
Nah that one makes perfect sense to be centralized. I’m saying in general you’d want a system to be decentralized if you want it trustless.
Who controls the streetlight blockchain in your idea? You think the government is going to responsibly manage a system that is large enough to be impractical to alter? My local government is barely responsibly enough to manage basic utility maintenance, we’ve had 3 water main bursts in a month and it hasn’t even been below freezing that whole time.
I can’t believe a human being living in the world doesn’t see that any implementation of a secure blockchain requires massive funding for infrastructure. That money comes from 1 of 2 places, illegal enterprises that maintain control for security and manipulation, and legal corporations that will maintain control for financial security and manipulation. Modern governments don’t run projects like this anymore, they contract them out to corporations.
Keep in mind that the only practical use of blockchain that anyone has found so far, has been as a currency that requires no ID. The most famous use of these currencies was by John Mccaffee, who used crypto currencies to help him evade authorities for nearly a decade. So I don’t have much faith in a technology that has only shown a benefit to criminals with so much money that cash becomes impractical. Nor do I have to remind you that wealthy private individuals have been able to manipulate crypto markets with hilarious ease, like how Musk pumped and dumped Doge Coin years ago with a single tweet and most likely made millions in private, untraceable money.
Just because something sounds cool on paper, and makes it seem like it skirts governments and corporations, doesn’t mean it works in practice. Large entities inherently have more resources, and are primed to steal new technologies for their own use, especially when implementing that technology requires huge funding for infrastructure.
Yeah I realize now I responded to a thread about traffic lights instead of systems in general. Obviously centralized systems are far superior for that.
It’s almost like different types of systems have different requirements, and a communication platform benefits from decentralization, where traffic lights and vehicle routing does not.
This is a classic solution in search of a problem. The problem with stop lights isn’t that corporations control them, the problem with stop lights is that the general population thinks that cars are the only way to get around and demand that city officials optimize street and roads for cars. Adding a bunch of crazy verification steps will not solve this problem.
This is another social problem that technology just can’t solve.
No, NFTs do have good uses, but things like image NFTs are just a misappropriation, like SPAM is to email.
One use case, is clear, independently verifiable ownership of non-tangible things, like Intellectual Property rights. Movie rights for a book adaptation for instance moving between companies in IP sales and mergers/acquisitions.
I don’t know the value in a decentralized IP rights system. If the key holder gets phished, you can lose your rights to a TV series you’ve been working on. (Like Seth Greene)
He wouldn’t have lost it and had to pay back the ransom in a traditional contract. Having a contract centralized and enforced by the legal system has many perks and I can’t ever see how a decentralized rights platform can enforce itself.
I hear that now since 12 Years. Its not going to happen.
Without really having an opinion on the matter - I think there’s a difference in having a use and being adopted.
Something can be absolutely awesome in theory but useless if no one is using it.
That just sounds like you’re describing me.
Yeah I think a lot of people don’t understand that “good for x problem”, “better than existing solution”, and “switching to this solution is better than staying with the existing solution” are three vastly different things
Blockchain fails because switching to it is consistently worse than sticking with current solutions, and often it fails at being better than current solutions in the abstract
The perfect use case is tickets to live events. One entity creates one NFT for each seat or spot available and can initially sell them. The owner of that NFT (ticket) can then do whatever they want with it without the need for a third party (Ticketmaster) to scalp the shit out of any subsequent transactions.
Proof of ownership of a single ticket at the time of the event is the end goal, which is what NFTs do.
Why this hasn’t been done is pretty baffling to me.
What’s better, is if artists want to provide a subset of tickets that are not resellable they can. Those tickets will only be accepted if a single transaction has taken place.
How is that supposed to prevent scalping, exactly?
And that’s better than physical tickets, because…?
That’s also already a solved problem: write a name on a ticket and validate that name with an ID.
paper tickets are relatively easy to counterfeit, especially for the purposes of selling the counterfeits as scalped/unwanted tickets.
Again: that’s a solved problem with holograms.
Just responding to the “scalping” quote. It absolutely wouldn’t stop scalping, what I HOPE op was trying to say was that it could be used to prevent Ticketmaster, or any entity like it, from charging fees on every exchange of said ticket.
Would it? Or would Ticketmaster just buy all the NFTs and then have even less regulation on their scalping?
I forgot to say IN THEORY again. My bad.
Duranium-on-the-Mohs-scale hard pass. Tickets work fine.
What’s baffling to me is the ramping up of the 21st century penchant for mindless wheel-re-inventing.
Because the blockchain needs an incentive. Who is going to be taking part in the blockchain if there is nothing in it for them? That’s why these tokens are often tied to crypto currencies, as mining is the incentive.
Yeah why would ticketmaster, who makes a killing having their ticket monopoly and control, develop a system where they lose control?
That’s not a perfect use case for it. That’s a central authority (venue) selling tickets to anyone who wants to buy them. But instead of using a local database and approving transfers from person to person and losing the ability to reverse transactions due to fraud, it’s hosted in the wild west of crypto.
There’s nothing stopping a venue from offering your perfect use case in a centralized system, but they outsource it to Ticketmaster (namely because Ticketmaster owns like 80% of music venues or something) so they don’t have to deal with it.
Your scenario outsources it to the block chain, who will charge gas for the transactions instead of ticketmaster charging fees.
The sounds like scalpers paradise. They can buy multiple tickets and sell it without thinking about any authorization (id card or something) when using that tickets
That is an absolutely TERRIBLE use case because it is by definition centralized. The venue already has ample control over who tf gets in and there is little problem with counterfeit tickets.
And it’s ALWAYS the same problem. You can have all the lists you want. A central authority has to recognize and enforce that list. At which point, the structure of your list is completely irrelevant. It could be ANY list. What matters is that it’s chosen to be enforced. And currently, most power structures are happy with plain old databases. Or pen and paper.
A plain old database also has ways of dealing with theft.
If someone steals your crypto keys and sends your assets to themselves, they have no legal ownership over those assets but they’re listed as the owner in the blockchain, so blockchain isn’t even any good at being an accurate, verifiable record of ownership.
Yes, you can’t make changes to the blockchain, but that also means you can never fix anything. So you actually can’t rely on the blockchain to be accurate.
"Intellectual Property[sic]" is dishonest loaded language, but yes, I agree with you that blockchain could be a good way for a copyright holder to prove their monopoly. 'Course, that’s also what registering your copyright with the Library of Congress is for, so…
IP rights is not a problem that needs solving. In fact, the existing legal system has ways of punishing copyright violations whereas the Blockchain does not.
Supply chain validation is also an example of the block chain “in action”. But the people that are entering the data on the Blockchain are the same people that were typing it in an email yesterday.
I used to be a fan of the technology as well but so far it hasn’t show itself to be useful. A solution in search of a problem.
Why is your system better than the existing one?
I thought of that problem the moment when they started explaining their use case. I had no idea there is a name for it, kinda cool. If the blockchain people have a real solution for it, it would be a pretty big deal
It’s a term from copyright. The First Owner of a work is usually the person who makes a work, and they can then do all sorts of things with that.
An NFT is a deed. Do you see any uses for a deed that is not in control of a central authority?
Digital ownership on one (1) blockchain. Not really that great when you put it like that. What makes one Blockchain more authoritative than another? Even in a closed system, if you think the admins of these chains don’t keep a kill switch in their back pocket specifically for their advantage in ownership conflicts then you should probably read about Ethereum Classic. Even if they don’t want to hard fork, if a chain is controlled entirely by a company, then they can edit it however they want regardless since it’s not really decentralized. The idea that Blockchains will empower the customer with digital ownership is silly to me.
Who do you think controls ETC? IOHK? It’s an open-source project.
It had some 51% attacks a few years ago, is that what you are referring to?
I’m honestly just curious what you mean
No, I’m referring to how ETC came about as the result of a huge scam that caused the whole Ethereum project to be forked. The original Ethereum was supposed to be immutable, but this conflict clearly showed that wasn’t true, and there were still people pulling the strings who were too big to fail.
Not anything new to someone who’s very familiar with the project, but emblematic of the promise of crypto vs the actual product.
Then I guess you misunderstand that the hard fork resulting from the DAO hack was the result of consensus of the network participants, not a unilateral action taken by the Ethereum foundation. Indeed, the protocol facilitated that’s the only way it could happen.
The historic source code is still hosted, if you think ETH devs have the ability to ‘edit whatever they want’ then you should be able to point to the lines of code where that ability is afforded to them. Or someone should, 8 years should have been enough time to have a flick through.
Your anti-ETH comment came across as an anti-ETC comment to me, that’s why I responded. I stand with you in disagreement with the 2016 hard fork. Mostly because many people would lose money anyway, and did. ETH corrected 50+%.
ETC is literally the original chain, sans Ethereum foundation’s branding (which is why your reference to it confused me). Founding members left and continued to support ETC, and went on to found other foundations with a basis in academic rigor, which formed the fundamental basis of the ideological disagreement between participants.
You said this showed ETH/ETC devs have a ‘kill switch in their back pocket’, but the part of Ethereum that was ‘killed’ is alive and much larger than it was in 2016.
My point wasn’t for or against any particular chain. It was just pointing out that crypto isn’t really immutable when applied to real use cases, and is only as decentralized and democratic as power brokers in the space want it to be.
I’m pointing out that the DAO hack transactions are not muted on ETC, they still exist as transactions in a validated block on that chain. Whether its state of mutability exists in binary or on a spectrum, ETC is shown to be immutable using your criteria, further showing that it’s not as simple as “crypto isn’t really immutable”. Different chains, even directly originating from the same project, have different characteristics with respect to mutability. It’s not to say that ETH is worse and/or better than ETC, or that either of them are good, it’s just what’s been observed as a matter of record, contrary to your depiction
My point is that in a mass-adoption scenario where blockchains are controlled by large entities, they will absolutely use these characteristics to their advantage, and because of how crypto is structured it will be much more oppressive and favored towards existing powers than more traditional methods that allow for greater flexibility and a more diverse set of use cases. That’s why some of the biggest holders of crypto are the same corporations that caused the '08 subprime loan crash.
Is a chain is controlled by a single entity then it’s not a blockchain, it’s a linked list with extra steps.
The whole point of a blockchain is that it’s independently verifiable/validated by all its users. Anything else is a literal scam.
A Blockchain is already just a linked list with extra steps.
Well, a blockchain is a linked list with extra steps. Only having 1 entity just means it is centralized, not decentralized.
You’ve almost put all the pieces together. A decentralised linked list is … ? oh wait
A decentrailized linked list.
You were supposed to have the eureka moment where you realise that’s not a thing, oh well.
Maybe it would be a good thing for the digital world to be free from the concept of ownership.
Reminds me of a device I heard about that just copies a music file and then deletes the copy and counts how many times that file has been copied as a commentary on the dialogue surrounding piracy
”Digital property is theft, comrade”