What’s the difference between Web1, web2, and web3?

What do the terms "Internet processes" (Web1, Web2, and Web3) mean?

1. Internet operations

Web Evolution is the stage of evolution that Internet server systems that handle unique document formats go through (Web). Hypertext Markup Language (HTML), a markup language used to format web documents, provides links to other documents, graphics, audio files, and video files. The network has experienced three phases thus far.

2. many stages of the internet process

(1) web 1.0

The initial stage of evolution was Web 1.0. It operated as an open protocol for decentralization and local government from around 1990 to 2005. Value builds up mostly at the network's edge.

The majority of users in Web 1.0 were content consumers, and there were hardly any content producers. It's typical for static personal web sites to be hosted on a free web host or an ISP's web server. The server's file system is used to serve content. It is not permitted to advertise on the website. Online digital photography platforms are used by users to store, share, view, and print digital images. At this point, the internet serves as a network for delivering content to websites. Users pay for every page they read, and they use directories to find specific information.

(2) web 2.0

The term "Web 2.0," which Tim O'Reilly invented and popularized between 1999 and 2004, refers to the transition from static desktop web pages intended for information consumption to user-generated content and interactive experiences as a result of cloud, social, and mobile advancements.

The idea captures the existing interoperability of participatory social networks on a global scale. Roughly speaking, Web 2 peaked between 2005 and 2020. Most of the value passes through independent, centralized services managed by businesses like ICANN, with Google, Apple, Amazon, and Facebook receiving the lion's share.

Technically speaking, Web 2.0 is just an improved version of Web 1.0. Web 2.0 describes the Internet applications of the twenty-first century that changed the digital era after the dot-com bubble. AJAX and JavaScript frameworks are included in its web browser technologies. With ratings and online comments, it enables the communal retrieval and classification of data as well as dynamic, user-responsive material that is shared between site owners and site visitors. Many web-based tools, platforms, and programs, including podcasts, blogs, tagging, RSS curation, social bookmarking, networking, media, and content voting, are characteristics of Web 2.0.

(3) web 3.0

By constructing the web on top of a number of tools (such as the blockchain and blockchain-based name systems) and distributed storage options (such as the peer-to-peer hypermedia protocol Interplanetary File System41), Web 3.0 (Web3) aims to completely decentralize the internet. IPFS).

In contrast to Web 2.0, which concentrates on the front end of the web, Web 3.0, which launches in 2021, refers to fresh advances on the back end of the web. The web 2.0 era's contemporary functionality is combined with web 3's decentralized community management and decentralization principles. An internet known as Web 3 is controlled by tokens and owned by users and builders. Data may be shared rather than owned. The "Semantic Web" is the name given to Web 3 because it necessitates the use of declarative ontology languages to produce domain-specific ontologies, as opposed to just matching keywords, that computers may use to reason about information and draw new conclusions.

Computers should be able to distinguish between different types of information in Web 3.0 to deliver quicker, more accurate results. 3.0 websites and services also include 3D design. Semantic metadata will increase the connectivity of information, numerous apps will be able to access content, and the Internet of Things (IoT) will connect every device to the network. Web3 research focuses on networking, behavioral economics, consensus and optimization of decentralized algorithms, proven security, cryptography, and privacy, cryptoeconomics and game theory, and networking.

①Innovation

Blockchains, digital wallets, non-fungible tokens (NFTs), and the idea of the Metaverse are examples of innovations. By linking DNS names to wallets, NFTs, and other blockchain objects, a use-specific solution based on the new DNS resource record type or URI RR type for distributed identifiers would enable storage of any object. These parameters can point the DNS domain to the blockchain domain, select the blockchain to use, and include a scope parameter to include a layer of indirection.

2 Decentralized

There are three distinct types of decentralization. Architectural (de)centralization is concerned with the number of actual computers that make up a system and the maximum number of actual computers that can fail simultaneously without the system failing. Political (de)centralization refers to how many people and groups are in charge of the system's computers. Whether the system's user interface and data structures resemble a single, monolithic object or a cluster depends on logical (de)centralization.