QuarkChain is pleased to share our recent collaborative study conducted in partnership with @EthStorage.
The publication, titled Native Rollups: When Ethereum L1 Starts to Look Like a Rollup, takes a deep dive into the evolving relationship between Ethereum L1 and L2. Specifically, we investigate how the gap between these two layers could be significantly minimized through the integration of single-slot finality, L1 provability, and native rollups.
Engaging in this research is highly beneficial for QuarkChain. The findings directly shape our strategic direction regarding scalable execution, while simultaneously pointing out key areas where our engineering capabilities can support the ongoing architectural evolution of Ethereum.
We invite you to review the comprehensive publication at the following link:
https://quarkchainio.medium.com/native-rollups-when-ethereum-l1-starts-to-look-like-a-rollup-a4d2b62238e9?postPublishedType=initial
The publication, titled Native Rollups: When Ethereum L1 Starts to Look Like a Rollup, takes a deep dive into the evolving relationship between Ethereum L1 and L2. Specifically, we investigate how the gap between these two layers could be significantly minimized through the integration of single-slot finality, L1 provability, and native rollups.
Engaging in this research is highly beneficial for QuarkChain. The findings directly shape our strategic direction regarding scalable execution, while simultaneously pointing out key areas where our engineering capabilities can support the ongoing architectural evolution of Ethereum.
We invite you to review the comprehensive publication at the following link:
https://quarkchainio.medium.com/native-rollups-when-ethereum-l1-starts-to-look-like-a-rollup-a4d2b62238e9?postPublishedType=initial
