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当今互联网的发展速度快速加快，人们对网络的期望也越来越高。Web3.0作为下一代互联网技术，被认为将会是一个更加开放、去中心化、安全、私密、可信的网络。本篇技术博客将介绍Web3.0的概念、特点、技术架构、应用场景等方面内容。
Today’s Internet is growing faster and faster xff0c; expectations are growing. Web3.0 as the next generation of Internet technology xff0c; it is believed to be a more open, decentralised, secure, private, credible network. This technology blog will present the concepts, characteristics, technological architecture, application scenarios, etc. of Web3.0.
Web3.0被认为是下一代互联网技术，也被称为“去中心化互联网”或“分布式互联网”。Web3.0不仅是一个技术概念，更是一种新的思维模式和网络形态，它将重新定义互联网的本质和未来。
Web3.0 is considered to be the next generation of Internet technology & #xff0c; it is also called “decentralized Internet” or “distributed Internet”. Web3.0 is not just a technical concept & #xff0c; it is a new mindset and network form & #xff0c; it will redefine the nature and future of the Internet.
Web3.0的主要特点包括：去中心化、安全、私密、可信、开放、互操作性、智能化、分布式计算等。这些特点的实现离不开区块链、智能合约、分布式存储、加密技术、P2P网络等关键技术的支持。
br/> Web3.0 main features include xff1a; decentralization, security, privacy, credibility, openness, interoperability, intelligence, distributed computing, etc.. These features are supported by key technologies such as block chains, smart contracts, distributional storage, encryption techniques, P2P networks, etc.
Web3.0的技术架构可以分为三层，从下到上分别是基础设施层、协议层和应用层。
The technical architecture of Web3.0 can be divided into three layers & #xff0c; from the bottom to the top are the infrastructure layer, the protocol layer and the application layer.
基础设施层包括分布式存储、P2P网络、区块链等技术。其中，分布式存储技术可以解决Web2.0时代存在的中心化存储问题，P2P网络技术可以实现去中心化的通信，而区块链技术则是Web3.0的核心技术之一，它可以保证网络的去中心化、安全、可信等特性。
The infrastructure layer consists of distributed storage, P2P network, block chains, etc., of which xff0c; distributed storage technology to solve the central storage problems that existed in the Web 2.0 era xff0c; communications xff0c where the P2P network technology can be decentralized; and block chain technology, which is one of the core technologies of Web3.0 xff0c; it can guarantee network decentralization, security, credibility, etc.
协议层是Web3.0的重要组成部分，它包括以太坊协议、IPFS协议、Whisper协议等。其中，以太坊协议是实现智能合约的基础协议，它可以支持各种去中心化应用程序（dApps）的开发和部署。IPFS协议则是分布式存储协议，它可以将文件和数据存储在全球各地的节点上，实现数据的去中心化存储和访问。Whisper协议则是实现消息传递的协议，它可以实现点对点的加密通信。
The protocol layer is an important part of Web3.0 & #xff0c; it includes the Etherm Protocol, the IPFS Agreement, the Whiper Agreement, etc., where & #xff0c; the Etherm Protocol is the basis for an intelligent contract & #xff0c; it can support the development and deployment of various decentralised applications & #xff08; dApps） the IPFS Protocol is a distributed storage agreement & #xff0c; it can store documents and data on nodes around the globe xff0c; it can decentralize data storage and access.
应用层是Web3.0的最上层，包括各种去中心化应用程序（dApps），如去中心化交易所、去中心化投票系统、去中化社交平台等。这些应用程序可以在以太坊网络上运行，利用智能合约和去中心化存储等技术，实现无需信任的交互和数据共享。
The application layer is the top & #xff0c of Web3.0; includes various decentralised applications & #xff08; dApps） & #xff0c; e.g. decentralized exchange, decentralised voting system, decentralised social platform, etc. These applications can run xff0c on the Etherpan network; use smart contracts and decentralized storage techniques & xff0c; and achieve untrustworthy interactions and data sharing.
Web3.0的应用场景非常广泛，以下是其中几个比较典型的应用场景：
Web3.0 applications are very extensive xff0c; the following are some of the more typical applications xff1a;
在Web3.0时代，去中心化交易所（DEX）将会成为一个非常重要的交易平台，因为它们可以在保证用户资产安全和私密性的同时，实现无需信任的交易和清算。例如，以太坊上的Uniswap、Sushiswap等就是比较典型的去中心化交易所。
In the Web3.0 era xff0c; decentralized exchange xff08; DEX） will be a very important trading platform xff0c; they can achieve untrustworthy transactions and liquidations while safeguarding the security and privacy of the user's assets. xff0c; e.g. xff0c; and the more typical decentralized exchanges such as Uniswap, Sushiswap, etc. in Taiku.
在Web3.0时代，去中心化身份验证将成为一个非常重要的应用场景。通过基于区块链的身份验证，用户可以在互联网上实现更加安全和私密的身份验证，并且不需要第三方机构的支持。例如，基于区块链的身份验证协议DID就是一个比较典型的应用。
In the Web3.0 era xff0c; decentralised identification will be a very important application. The use of block-based identification xff0c; users can achieve more secure and private identification xff0c on the Internet; and does not require the support of third-party agencies. xff0c, for example; DIDs based on block-chain identification are a typical application.
在Web3.0时代，去中心化社交平台将成为一个非常有前途的应用场景。通过去中心化存储和通信技术，用户可以实现在互联网上更加安全、私密和自主控制的社交互动。例如，基于IPFS和以太坊的去中心化社交平台AKASHA就是一个比较典型的应用。
In the Web3.0 era & #xff0c; decentralised social platforms will be a very promising application. By decentralizing storage and communication technologies & #xff0c; users can achieve safer, more private and autonomous social interactions on the Internet. & #xff0c, for example; and the decentralized social platform AKASH, based on IPFS and Etheria, is a typical application.
Rust-Web3是Web3.0的一个Rust语言实现，它是以太坊生态系统中非常重要的一个组成部分。Rust-Web3可以让Rust开发者更加方便地与以太坊网络进行交互，实现以太坊应用程序的开发和部署。
Rust-Web3 is a Rust language of Web3.0 & #xff0c; it is a very important component of the Taiwan ecosystem. Rust-Web3 allows Rust developers to interact more easily with the EtaNet.
Rust-Web3的主要特点包括：高性能、类型安全、易用性、可扩展性等。它可以通过HTTP、IPC、WebSocket等多种方式与以太坊节点进行通信，支持各种常见的以太坊操作，如获取块高、发送交易等。
The main features of Rust-Web3 include & #xff1a; high performance, type security, ease of use, scalability, etc. It can communicate with the talisman nodes & #xff0c in a variety of ways, such as HTTP, IPC, WebSocket, etc.; support for a variety of common ether operations & #xff0c; e.g., getting blocks high, sending transactions, etc.
以下是一个简单的Rust-Web3使用示例，用于获取最新的块高：
The following is a simple example of Rust-Web3 for xff0c; the latest high xff1a;
Web3.0作为下一代互联网技术，将会为互联网应用带来更加安全、去中心化、自治的特性。其中，以太坊作为Web3.0的代表性技术，将会扮演非常重要的角色。Rust-Web3作为Web3.0的Rust语言实现，可以让Rust开发者更加方便地开发以太坊应用程序，实现与以太坊网络的交互。
Web3.0 as the next generation of Internet technology & #xff0c; it will bring more secure, decentralised and autonomous features to Internet applications. Among them, & #xff0c; & #xff0c as the representative technology of Web3.0; it will play a very important role. Rust-Web3 as the Rust language of Web3.0 & #xff0c; it will make it easier for Rust developers to develop & #xff0c; and it will interact with the Etheria network.
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