italik Buterin, the co-founder of Ethereum, has recently put forth an innovative proposal called the enshrined Zero-Knowledge Ethereum Virtual Machine (ZK-EVM) to boost the efficiency of Ethereum's main chain.
This conceptual architecture aims to integrate advanced cryptographic techniques directly into the main chain, providing a more secure and efficient verification process for Ethereum transactions.
Enhancing Efficiency with Enshrined ZK-EVM
The enshrined ZK-EVM proposal seeks to optimize the operation of Layer-2 applications on Ethereum by introducing native, in-protocol systems for verifying Ethereum blocks using Zero-Knowledge Proofs.
By reducing dependency on external codebases, the proposal minimizes the risks associated with potential bugs in these external systems. The goal is to enhance the speed, security, and efficiency of Ethereum's main chain, thereby improving the overall user experience.
Compatibility with Ethereum's Multi-Client Philosophy
One crucial aspect of the enshrined ZK-EVM proposal is its compatibility with Ethereum's multi-client philosophy. Buterin highlights the importance of supporting different clients with varying proving systems.
Instead of enshrining a single proving system, the proposal allows different clients to utilize different proving systems. This approach fosters diversity and flexibility within the Ethereum ecosystem, enabling a more robust and adaptable infrastructure.
Ensuring Data Availability and Auditability
Transparency and trust are fundamental in any blockchain network. Buterin emphasizes the significance of data availability and audibility within the enshrined ZK-EVM system. It is essential that any execution proven by the ZK-EVM guarantees access to the underlying data for inspection in case of issues.
This transparency ensures the integrity of the network and instills confidence in Ethereum's main chain.
