Prioritizing Security and Efficiency
Zero-knowledge technology firm =nil; Foundation has developed a new type-1 zero-knowledge Ethereum Virtual Machine (zkEVM) compiler to address security concerns identified in similar ZK-powered Ethereum scaling solutions. The technology allows high-level programming code to be automatically compiled into Zero-Knowledge Succinct Non-Interactive Argument of Knowledge (zk-SNARKS) circuits, prioritizing security and efficiency.
Compatibility and Better Security
The zkEVM is designed to be compatible with evmone, a C++ version of Ethereum's base execution environment. This compatibility ensures better security and quicker implementation, as it eliminates the need for lengthy and expensive code audits. Additionally, it provides transactions and smart contracts that are directly compatible with the Ethereum Virtual Machine.
The Need for Automated Compiler
Unlike existing zkEVMs, =nil; Foundation's solution relies on an automated compiler rather than manually defining circuits. This approach reduces the risk of human error and eliminates the time-intensive and overly complex nature of manual circuit creation.
Addressing Security Concerns
A Future-Proof Solution
The zkEVM compiler is designed to be adaptable to changes in the Ethereum Virtual Machine, making it a "future-proof" solution. It allows for easy integration of the latest Ethereum Improvement Proposals without requiring significant resources or time for upgrades.
Conclusion
=nil; Foundation's new zkEVM compiler offers a promising solution to address security concerns in ZK-powered Ethereum scaling solutions. With its automated compiler and compatibility with evmone, the zkEVM provides better security, efficiency, and future-proofing for Ethereum applications and smart contracts.
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