Vitalik Buterin, the creator of Ethereum, has explained in a recent OmiseGO AMA session that with second-layer solutions such as Sharding and Plasma, the Ethereum network will eventually be able to process 1 million transactions per second and potentially more than 100 million transactions per…
Vitalik Buterin, the creator of Ethereum, has explained in a recent OmiseGO AMA session that with second-layer solutions such as Sharding and Plasma, the Ethereum network will eventually be able to process 1 million transactions per second and potentially more than 100 million transactions per second.
Previously, at various conferences and presentations, Buterin emphasized that the Ethereum blockchain protocol and decentralized blockchain networks, in general, are struggling to deal with scalability issues.
In September 2017, during an interview with venture capital investor Naval Ravikant at the Disrupt SF 2017 conference hosted by TechCrunch, Buterin noted that bitcoin and Ethereum have been processing three to six transactions per second at peak capacity. He added that for the blockchain to support large-scale payment networks such as Visa, stock markets like Nasdaq, and Internet of Things (IoT) networks, it will have to process hundreds of thousands of transactions per second.
“Bitcoin is currently processing a bit less than three transactions per second and if it goes close to four, it is already at peak capacity. Ethereum has been doing five per second and if it goes above six, then it is also at peak capacity. On the other hand, Uber on average does 12 rides per second, PayPal several hundred, Visa several thousand, major stock exchanges tens of thousands, and in IoT, you’re talking hundreds of thousands per second,” said Buterin.
During the OmiseGO AMA session, Buterin stated that second-layer scaling solutions that are currently being tested on the Ethereum testnet could enable the Ethereum blockchain network to support large-scale decentralized applications with millions of users by taking an innovative approach in optimizing the blockchain.
Sharding in specific splits a blockchain network to shards which are then equipped with a group of nodes that are tasked to process information of certain shards. With Sharding enabled, all nodes on the blockchain are not required to process every single piece of data settled on the blockchain, optimizing the process of settling information.
Plasma, a solution developed by Buterin and Lightning Network co-author Joseph Poon, operates similarly to Bitcoin’s Lightning Network, as it enables Ethereum to process micropayments by creating child blockchain networks within the main blockchains to process information more swiftly, leveraging the security of the main Ethereum protocol and thus not leaving the network vulnerable to potential attacks.
“The reason I think layer 1 and layer 2 [networks] are complementary is because ultimately, if you look at the math, the scalability gains from the layer 1 improvements and layer 2 improvements do ultimately multiply with each other. If you have a Sharding solution, the Sharding solution itself might increase the scalability of Ethereum by a factor of 100, or eventually even more. But then, if you do Plasma on top of the scalability solution, then what that means is, you’re not just doing 100 times of the amount of activity but you are doing 100 times the amount of entrances, the amount of exits, and despite resolutions,” explained Buterin.
Buterin further noted that the synergy between layer 1 and layer 2 solutions would increase the scalability of Ethereum by 10,000x, allowing the network to process millions of transactions per second and supporting most applications.
“So if you get a 100x from Sharding and a 100x from Plasma, those two basically give you a 10,000x scalability gain, which basically means blockchains will be powerful enough to handle most applications most people are trying to do with them,” Buterin added.
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