We are actually making it in the open Together with the Privateness and Scaling Explorations group on the Ethereum Foundation for over a calendar year. But to turn the zkEVM into a total zkRollup within the Ethereum, we also want to construct a complete L2 architecture around it.Navigating the Scroll Bridge opens up a planet of opportunities for se
The Coordinator randomly selects a Roller to crank out a validity evidence for each block trace. To speed up the evidence generation system, proofs for different blocks is often created in parallel on various Rollers.When a brand new block is created, the Coordinator is notified and receives the execution trace of this block with the Sequencer. It
Consumers can even make superior-frequency tradings on Scroll and communicate with all DeFi programs with the bottom gas payment.At the time a whole new block is created, the Coordinator is notified and gets the execution trace of the block with the Sequencer. It then dispatches the execution trace to a randomly-picked Roller through the roller poo
Our proposal mitigates the above mentioned problems by using a far more effective hierarchical (perhaps recursive) zero-knowledge evidence method as well as a novel Layer-two mining system. The scalability bottleneck is relieved; miners could also offer A great deal more robust computing ability to the evidence generation.To configure your frontend
that executes the transactions submitted into the Scroll sequencer as well as the transactions submitted to the L1 bridge contract and creates L2 blocks, plus a Rollup NodeAt the time a completely new block is produced, the Coordinator is notified and receives the execution trace of this block with the Sequencer. It then dispatches the execution tr