The nodes aren’t the issue. It’s the fact that those nodes have to expend at least the same amount of energy every single time a record is added and the larger the ledger, the more energy is needed. Blockchain is somewhat unique in that regard.
You do understand what a DB is right? Like there’s millions of them…hell right now typing out this comment has one marking it. And then you’re downloading it to read it… that’s a transaction. Except there are millions of people reading comments constantly on all social media platforms.
My comment here has more bits in it than a single transaction.
With the electricity used to validate a single crypto transaction you could do thousands or even millions of DB queries.
Yes, everything uses electricity. That’s like saying that it’s fine if you kill one cow per day to eat its ear and throw the rest because hundreds of them are killed every day in farms.
Wasting so much electricity in such a non efficient manner so a decentralization cult member can have his wet dream of using non-government money makes no sense.
DBs are not the same as a blockchain. A DB doesn’t have to hash all previous data before it every time the DB is written to. You can read and write to a specific spot in a DB without ever knowing anything else about the DB. With blockchain, inserts have to be successive and they have to reference every previous insert to validate that the entry series is unbroken. On top of that, for things like Bitcoin, every other client also has to validate it since the ledger is shared.
There’s a reason blockchain is significant. Otherwise, why didn’t stuff like Bitcoin exist prior to it? Databases, in some for or another, have existed for decades. Blockchains are immutable, that’s why. The order of entries matters and validation is a requirement.
DBs still update their tables every time someone writes to it. And there are millions of DBs being written to every second. It’s absolutely comparable.
We’re not comparing millions of DBs to a single blockchain. We’re comparing 1 DB to 1 blockchain instance. If you had millions of blockchains, you would use exponentially more energy for the same data vs. a normal database. Updating tables is not the same thing as hashing and validating every prior entry in the table.
There doesn’t need to be. My argument is not bullshit, you just don’t understand the differences between blockchain and a standard database and are pretending you do which makes the argument impossible for you to understand.
Lol no I do, you clearly don’t have a clue what you’re talking about. The amount of DBs we have alone, that’s not counting any other compute servers or even WS dwarfs all the block chain out there. This article is a nothing burger and is complete bullshit. Even the study they referenced doesn’t know the exact amount…as it points out .6 to 2.2% is their estimated use…but this shit article went with the higher numbers because it’s great for people like you who hate any tech that you clearly don’t understand.
The nodes aren’t the issue. It’s the fact that those nodes have to expend at least the same amount of energy every single time a record is added and the larger the ledger, the more energy is needed. Blockchain is somewhat unique in that regard.
You do understand what a DB is right? Like there’s millions of them…hell right now typing out this comment has one marking it. And then you’re downloading it to read it… that’s a transaction. Except there are millions of people reading comments constantly on all social media platforms.
My comment here has more bits in it than a single transaction.
With the electricity used to validate a single crypto transaction you could do thousands or even millions of DB queries.
Yes, everything uses electricity. That’s like saying that it’s fine if you kill one cow per day to eat its ear and throw the rest because hundreds of them are killed every day in farms.
Wasting so much electricity in such a non efficient manner so a decentralization cult member can have his wet dream of using non-government money makes no sense.
DBs are not the same as a blockchain. A DB doesn’t have to hash all previous data before it every time the DB is written to. You can read and write to a specific spot in a DB without ever knowing anything else about the DB. With blockchain, inserts have to be successive and they have to reference every previous insert to validate that the entry series is unbroken. On top of that, for things like Bitcoin, every other client also has to validate it since the ledger is shared.
There’s a reason blockchain is significant. Otherwise, why didn’t stuff like Bitcoin exist prior to it? Databases, in some for or another, have existed for decades. Blockchains are immutable, that’s why. The order of entries matters and validation is a requirement.
DBs still update their tables every time someone writes to it. And there are millions of DBs being written to every second. It’s absolutely comparable.
We’re not comparing millions of DBs to a single blockchain. We’re comparing 1 DB to 1 blockchain instance. If you had millions of blockchains, you would use exponentially more energy for the same data vs. a normal database. Updating tables is not the same thing as hashing and validating every prior entry in the table.
There aren’t millions of block chains…lol your argument is bullshit.
There doesn’t need to be. My argument is not bullshit, you just don’t understand the differences between blockchain and a standard database and are pretending you do which makes the argument impossible for you to understand.
Lol no I do, you clearly don’t have a clue what you’re talking about. The amount of DBs we have alone, that’s not counting any other compute servers or even WS dwarfs all the block chain out there. This article is a nothing burger and is complete bullshit. Even the study they referenced doesn’t know the exact amount…as it points out .6 to 2.2% is their estimated use…but this shit article went with the higher numbers because it’s great for people like you who hate any tech that you clearly don’t understand.