Could you please elaborate on the process of building a zkEVM? What specific steps need to be taken to achieve this? Are there any prerequisites or technical requirements that must be met? Additionally, could you explain the advantages and potential benefits of a zkEVM, and how it differs from traditional EVMs? Lastly, are there any challenges or obstacles that one may encounter during the construction process, and how can they be overcome?
5 answers
benjamin_rose_author
Wed Sep 18 2024
To begin with, the zkVM Quick Start guide offers a straightforward process for initiating projects involving the use of zk-proofs. The first step involves installing the RISC Zero toolchain with the rzup utility, which sets the foundation for developing zk-proof enabled applications.
Martino
Wed Sep 18 2024
Subsequently, the guide advises creating a new project utilizing the cargo-risczero tool. This tool facilitates the efficient setup of a project tailored for zk-proof development, streamlining the initial setup process.
Maria
Wed Sep 18 2024
Once the project is established, it is crucial to familiarize oneself with its structure. Understanding the project's architecture enables developers to navigate the codebase efficiently and make informed decisions during the development process.
Leonardo
Tue Sep 17 2024
Progressing further, the guide instructs users to run their project in dev-mode. This step allows for the testing and debugging of the project in a controlled environment, ensuring that any issues are identified and resolved prior to deployment.
Federico
Tue Sep 17 2024
Additionally, the zkVM Quick Start guide emphasizes the importance of locally running the project to generate zk-proofs. Generating zk-proofs locally allows for the verification of the correctness and efficiency of the zk-proofs, which are critical components of zk-proof enabled applications.