Web 3.0 is one of the most prominent tech innovations that has recently dominated digital conversations and debates. Web 3.0, also known as the decentralized web, is the third version of the internet and is an evolution of Web 2.0.
But why do we need web 3.0 in the first place? What are the benefits of Web 3.0 that Web 1.0 and 2.0 can’t deliver? What are its characteristics, and how will Web3 function in practice? We took one for the team and did the research. These are our findings.
Since its inception, the internet has gone through several stages of development, including:
This phase, known as Web 1.0, features flat data. Static web pages, making up this phase, deliver content from the server’s file system. Characterized by minimal interaction between sites and users, this ‘read-only’ phase mainly allows people to read information on websites.
It’s similar to an information portal, where people passively get information — users can’t interact with the material, nor leave feedback, reviews, or comments. The shortcoming of Web 1.0 prompted the creation of Web 2.0.
The ’read-write’ phase of the World Wide Web allows sites and web users to communicate. On a variety of websites and applications, people may read and contribute material. Interoperability, interaction, and usability are the three pillars of Web 2.0. Web2 encourages users to participate, collaborate, and share information. Wiki, Youtube, and Facebook are just a few examples of Web 2.0 apps.
Web3, a decentralized internet, will operate on blockchain technology, ensuring data safety and security. It will allow people to own shares in platforms and applications, countering the domination of digital giants
Web users can read, write, and interact with material during the ’read-write-execute’ phase. It includes dynamic applications as well as machine-to-machine communication. This iteration uses a decentralized approach to link data to create a faster and more tailored user experience.
At this point, computer systems can analyze data in the same way that people do, and intelligently supply relevant material based on the requirements of consumers.
Artificial intelligence (AI), machine learning (ML), and the semantic web will find use in Web3.The semantic web will aid computer systems in comprehending and interpreting data context and ideas. Therefore, the end-user receives the most accurate and relevant information possible.
These are just some of the web3 benefits:
The semantic web is concerned with the meaning of data rather than its form. Semantic web technologies use analysis based on the capacity to grasp the meaning of words to create, exchange, and link material.
Beyond keywords and statistics, Web 3.0 will understand complicated relationships between items, places, and unique actions. It will eliminate the need for centralized authority and middlemen, allowing users to engage directly with one another.
The third generation of the internet will leverage 3D graphics and virtual reality (VR) technology to give results for a variety of items, real-world locations, and other topics. Plus, Web 3.0 will make the internet accessible to everyone, at any time and from anywhere. Computers and smartphones will not be the only internet-connected gadgets. The Internet of Things (IoT) will aid in the creation of intelligent devices.
Web 3.0’s cryptocurrencies and non-fungible tokens (NFTs) will almost certainly become a means for consumers to produce value. Work tokens or cash might be traded for system service or a task. When someone views a piece of content, for example, content authors may be given a token.
Beyond all this, these are the features of Web3:
FeatureImportanceDecentralizationReduces reliance on centralized entities, fosters trust, and promotes censorship resistance.Blockchain TechnologyAllows for transparent transactions, decentralized consensus, and immutable records, forming the backbone of Web3 infrastructure.Cryptocurrencies and TokensFacilitate transactions, incentivize network participants, and represent ownership in decentralized ecosystems.InteroperabilityAllows seamless interactions between different decentralized platforms, enhancing usability and accessibility.Privacy and SecurityProtects user data and ensures secure transactions, fostering trust and confidence in decentralized systems. User Control and OwnershipEmpowers users by giving them greater control over their digital identity, data, and assets.Censorship ResistancePrevents censorship and ensures freedom of expression by distributing control across a decentralized network.Community GovernanceEncourages community participation in decision-making processes, promoting inclusivity and consensus-driven development.Scalability and EfficiencyAddresses scalability challenges to accommodate growing user bases and transaction volumes while maintaining performance.Open Standards and ProtocolsFosters interoperability, collaboration, and innovation by providing a common framework for building decentralized systems.
Let’s say you’re arranging a birthday celebration. Normally, you would look for a cake shop, decorator, restaurant, invites, and so on independently, which may be time-consuming.
Web 3.0, on the other hand, will allow you to use a complicated search query such as ”I want to host my birthday celebration on Sunday next week, book a chocolate truffle cake, and order meals from a high-end restaurant.”
This query will now be analyzed by the search engine, and more comprehensive results will be returned. Web 3.0’s goal is to make even the most complicated tasks work fast and effectively.
Blockchain, AI, ML, crypto-assets (fungible and non-fungible), and metaverses will fuel Web3 apps and services. It will provide consumers more control over online content while keeping your data secure, thanks to its focus on decentralization. Users will also own their data and be reimbursed for the time they spend on the internet.
Web3 is still a very young sector, surrounded by a lot of conjecture. While Web 3.0 may not be completely integrated into the web infrastructure for some years, one thing is certain: it will alter our online interactions.
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