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所在平台: Udemy |
课程主页: https://www.udemy.com/course/zero-knowledge-proofs-in-rust/
课程评论：没有评论
**课程名称：Rust 中的零知识证明** **课程概述：** 本课程将教授如何使用 Rust 实现零知识证明（ZKP）算法，并将其应用于用户注册和身份验证等实际场景。 **课程内容：** 1. **理论基础：** * 深入浅出地介绍 Chaum-Pedersen 协议，并通过简单的示例讲解其工作原理。 * 学习有限循环群、生成元和离散对数问题等关键概念。 2. **Rust 实现：** * 使用 Rust 重新实现理论部分所学的 ZKP 算法。 * 鼓励学员动手实践，并将代码托管到 GitHub，打造个人技术作品集，展示给潜在雇主。 3. **gRPC 服务器/客户端：** * 利用之前实现的 Rust ZKP 库，构建一个通过 gRPC 协议进行用户身份验证的服务器。 * 此部分内容对于对 gRPC 感兴趣的学员来说非常实用，即使不直接关注密码学或 ZKP。 4. **Docker 化：** * 学习使用 Docker 将应用程序进行容器化，使其能够在 Windows、Linux 和 MacOS 等任何操作系统上运行。
This Zero-Knowledge Proof course in Rust is designed to learn how to implement a cryptography ZKP algorithm and use it in real-world applications for user registration and authentication.The course is divided into four main parts:Theoretical Foundations: we will have a didactic introduction to the Chaum-Pedersen Protocol and understand how this interactive ZKP algorithm works with small toy examples. Additionally, we will cover what finite cyclic groups, generators and the discrete logarithm problem are.Rust Implementation: we will implement in Rust what we have seen in the theory section. Here I recommend you execute the code by yourself and also create a GitHub repo to have a showcase in your portfolio. This will help future employers to know what you are talking about!gRPC Server/Client: here, we use the previous Rust ZKP library we implemented to create a server that authenticates users through a gRPC protocol. This part is useful even if you are not interested in cryptography or ZKP protocols. Many companies and startups are interested in people with experience in gRPC.Dockerization: in the last part of the course, we will learn how to dockerize the application using Docker. This will enable us to run it on any Windows, Linux, or MacOS system.
