Unless you’ve been living under a rock for the last several years, you’re definitely familiar with Web3. The next stage in the development of the World Wide Web is known as Web 3.0, and its primary goal is to make the internet smarter. Let’s first have a better grasp on the development of the web before delving further into Web3’s history. The World Wide Web has seen significant development over the last several years, ushering in new tools and tactics along with it. These phases are often referred to by their names, such as Web 1.0, 2.0, and 3.0. Now let’s look at each of their stags in more detail.
It is the initial stage in the development of the web, sometimes known as the read-only web, and it is also the name of this stage. Websites on the World Wide Web version 1.0 were not nearly as dynamic and engaging as those seen today. The dissemination of information to members of the general public was the most important purpose served by the websites. The transition from Web 1.0 to Web 2.0 took place gradually over the course of time as new skills and methods were acquired by developers, servers were upgraded, and average connection speeds increased.
The read-write web is the second stage in the progression of the World Wide Web, which is also referred to by its other name. The transition from static to dynamic or user-generated content, as well as the growth of social media, characterise this iteration of the World Wide Web (WWW), which is really simply an improved version of the original WWW.
It is the third stage in the development of the web, also known as the read-write-execute stage, which relates to the future of the web. Another name for this stage is the read-write-execute stage. Artificial intelligence and machine learning have advanced to the point where it is now possible for computers to comprehend data in the same manner that humans do.
Web3 apps, often known as DApps (short for decentralised applications), are built on decentralised peer-to-peer networks such as Ethereum and IPFS. The users of these networks are responsible for the creation, operation, and maintenance of the networks rather than a commercial entity. They are capable of self-organization and do not have a weak link in the chain.
What makes Web 3.0 so unique?
The primary advantage of Web 3 is that it works toward resolving the most significant problem that has surfaced as a direct consequence of Web 2; namely, the problem of personal information being gathered by private networks and then being resold to advertisers or maybe stolen by hackers. The network that is used by Web 3 is considered decentralised, which means that it is not managed by a single entity, and the applications that are developed on top of it are considered open.
Characteristics of the Web 3.0
In order to better understand Web 3.0, let’s have a look at these three crucial characteristics:
Web 3.0’s “semantic web” is one of the most important new features of this version of the World Wide Web. The semantic web is an advancement in internet technologies that makes it possible for people to generate, exchange, and link material via the use of search and analysis that is founded on the capability to comprehend the meaning of words as opposed to numbers or phrases.
Graphics in three dimensions (sometimes known as “3D”)
In Web 3.0, 3D graphics are seeing widespread use across a variety of websites and services, including online gaming, online shopping, and website portfolios. Here is Bruno Simon’s most impressive demonstration of a three-dimensional website.
Web 3.0 is built on two fundamental technologies: the Semantic Web and Artificial Intelligence (AI). Web 3.0 enables computers to interpret content in the same manner that humans do by integrating this capability with natural language processing. The final result is results that are both more timely and relevant. They become more intelligent in order to fulfil the requirements set out by users.
What exactly is Web3.js?