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Web Resource Center

Understand the Web from domain to delivery

The World Wide Web is the layer of the Internet most people use every day: websites, links, browsers, search engines, apps, forms, media, and commerce. Behind every page is a chain of domain names, DNS lookups, servers, protocols, code, and security controls working together.

World Wide Web connected devices
Core building blocks Domain names, DNS, HTTP, HTML, browsers, and servers
Common goal Publish information or services people can reach from anywhere
Modern priority Speed, trust, privacy, accessibility, and maintainable content

World Wide Web

World Wide Web

World Wide Web

The world wide web is also known as the "www", "w3" or simply "web"; and it refers to the hypermedia system which allows users to view HTML formatted documents over the Internet. A hypermedia document is hosted by a web server and is accessed through a web browser by identifying each document by a uniform resource locator (URL). Tim Berners-Lee developed the very first web server, web browser, and HTML documents at the CERN research lab in 1990. A web page is formatted in HyperText Markup Language (HTML), and the document supports plain text, images, video, audio, hyperlinks (clickable links to other HTML documents), and javascript to allow the dynamic manipulation of the document and user interactions. The HTML documents are transferred across the Internet using the HyperText Transfer Protocol (HTTP).

What is Web 3.0?

Web 3.0 is the third generation of the World Wide Web, and its vision is to support decentralization, openness, and greater user utility. Since it is currently being worked on, nothing definitive standards have been defined. However, the goal of Web 3.0 offers the following core features:

  • Decentralization: In Web 2.0, a web page is retrieved by visiting a URL (web address) and the content was delivered by a "single" web server. If this server goes down, the content will not be available. Web 3.0 changes how information is stored and distributed, and it will use blockchain technology to decentralize and allow multiple servers to store the same content.
  • Ownership: With the decentralization of the web, there will be no central authorities governing the web. The transactions are conducted peer-to-peer, and the contents are delivered without intermediaries making it transparent to everyone. This is similar to how blockchain technology distributes the ledger without governing body.
  • Artificial Intelligence: Another goal of Web 3.0 is to promote machine learning to improve content gradually over time. The AI capability allows computers to produce more reliable and relevant results to cater to users who seek information.

What is Web 2.0?

The term, Web 2.0 was introduced by Tom O'Reilly in 2004 and it refers to the modern web we use today. As the name suggests, Web 2.0 is a second generation of the World Wide Web. The major distinction of Web 2.0 over Web 1.0 is the "dynamic" nature of how web pages are presented to a user.

Web 2.0 allows interactivity, social connectivity, and also promotes user-generated content. The user-generated contents are stored in a database, and made available to other users instantly. While Web 1.0 was primarily used on desktop computers, Web 2.0 has advanced to support mobile devices like smartphones and tablets; and the web pages are designed to display content responsively whether it was shown on a computer, tablet, or phone.

Web 2.0 also contributed to the exponential growth of social media networks. Dynamic interactivity over mobile devices allows users to contribute texts, photos, and videos on the social media platforms like Facebook, Instagram, TikTok, and Twitter. The advent of Web 2.0 was largely contributed by FAANG, a group of five largest companies in the USA: Meta (META, known as Facebook), Amazon (AMZN), Apple (APPL), Netflix (NFLX) and Alphabet (GOOG).

What is Web 1.0?

Web 1.0 refers to the original web developed in 1990. The core elements of the original web include the following:

  • HTML: HyperText Markup Language (HTML) is the document formatting language designed to display hypermedia documents through a web browser.
  • URL: Uniform Resource Locator is a "globally" unique address used to invoke a web page through HTTP.
  • HTTP: HyperText Transfer Protocol is responsible for transferring HTML ("web") documents over the Internet.

The original web 1.0 was primarily designed to display "static" web pages without many user interactions. The original web 1.0 was supported by browsers like Netscape Navigator and Microsoft Explorer.



Supplemental Guide

Useful context before your next decision

World Wide Web

What Makes the Web Work?

A web page begins with a human-readable address. DNS turns that address into a network destination, the browser requests the page, and a web server returns HTML, CSS, JavaScript, images, and other assets.

The browser then renders the experience: text, navigation, layout, forms, video, interactive tools, and application logic. A professional website makes that chain feel instant and effortless to the visitor.

World Wide Web

From Web 1.0 to Today

Web 1.0

Mostly static pages, simple publishing, directories, and early search engines. The web was primarily a read-only information system.

Web 2.0

Interactive platforms, social networks, user-generated content, APIs, analytics, e-commerce, and richer browser applications.

Web 3.0

A broad label for decentralized identity, blockchain-backed systems, semantic data, AI-assisted discovery, and more portable digital ownership.

World Wide Web

Where to Go Next

If you are planning a website, start with the practical foundation: choose a domain, select reliable hosting, design the user experience, build useful content, and create a realistic traffic strategy.