How Does Aeternity Works?
Ethereum’s set enables individuals to set up smart contracts, which was a genuine jump forward for blockchain innovation. One issue that is sprung up, however, is that it’s difficult to scale smart contracts, and subsequently the dapps (decentralized applications) that use them. The outcome is that at bigger sizes of utilization and volume, the network can ease back to a creep. But how would you maintain a strategic distance from this? There are a couple of choices that have been postured.
The first is using a different style of agreement. While this can increase the measure of transactions every second that the network can deal with, it’s at last restricted.
The second is sharding, something we’ve seen with the platform Zilliqa. This technique partitions the expression of processing transactions among accumulations of hubs (shards) and by breaking up the work, making it take up less network processing power. There can be a few gets that require correspondence between shards, however, which could represent an issue for those transactions.
The latter is moving smart contracts off-chain. This is the thing that Aeternity intends to do. How? It involves something called state channels.