The third generation of internet services for applications and websites is known as Web 3.0. The main focus of Web 3.0 is on providing the best data-driven and semantic services to the users. By using it, you can create more intelligent and open websites. Five essential features, which has follows:
- Provides semantic web services to users. It means that Web 3.0 will improve web technologies.
- Based on artificial intelligence. It means that machines can understand the content just like human beings.
- You will see the use of the best 3D graphics in this technology.
- It will ensure a higher level of connectivity for the users.
- It will be used for ubiquity. The users can get access to the content from various applications.
Web 3.0 Is Coming With New Possibilities and Opportunities:
With the help of Web 3.0, we are trying to provide a more decentralised and censorship resistance of the version of the web. Moreover, the developers can also make the websites safer, faster and open. The new possibilities and opportunities of the Web 3.0 are given below;
Limitations of Web 2.0:
Nowadays, our data is stored on centralised servers. If someone has control over this server, they can easily alter, access or remove this data. In terms of privacy and security, it will create many problems for the users. Its reason is that the server’s control is equal to the control over the data. Most people use IPFS technology to publish articles by bypassing censorship. The most important example of this kind of problem is in the form of Turkey’s ban on Wikipedia. When Turkey imposed a ban on Wikipedia, the users used IPFS technology. By using this technology, they have hosted a mirror version of Wikipedia. That’s why it is still accessed in Turkey. A Chinese News source utilises the same technology to publish the articles.
We can also observe some limitations of web 2.0 in terms of efficiency. The current version of the internet protocol relies on location-based addressing. For this reason, it is identifying the data based on its location rather than its content. There is a possibility that we can’t get authentic information based on our locations. Under such a situation, we have to require information based on the content rather than location. The increase in the average web page has also impacted the performance of web 2.0. In the past, the average size of web pages was 2KB. Due to the smaller size of the web pages, it was easy for them to access these web pages. Now, the average size of the web pages has increased from 2KB to 2MB. Therefore, it is creating some problems for the users.
Web 3.0 Will Ensure Efficient Content Access And Lookup:
As told by experts of a dissertation help firm that in Web 3.0, we will observe the use of the Kademlia distributed hashtags. These hashtags can spread the data across a network of computers. This access to a network of computers will ensure efficient access and lookup between the nodes. This kind of data structure will ensure the decentralisation of the data and reliability of the functionality during a network failure. This shows that they have introduced a fault-tolerant feature in Web 3.0.
To show the best suitable content to the users, they have introduced IPFS addressing rather than location-based addressing. Now, users can get access to reliable information at any location. To provide reliable information to the users, they use cryptographic hashes of the content. These hashes will verify the content before showing it. It will also use DHT file-sharing system. It will be helpful for users to decentralise the data structure. As a result, the IPFS peers will help access other IPFS peers. They can also get access to the required content. The system will have the ability to scale and accommodate millions of peers.
Web 3.0 Will Incentivize Data Storage And Retrieval:
As discussed earlier, Web 3.0 will use IPFS technology to locate peers and content. This thing will completely change the data retrieval and storage process. The blocks of the data will be exchanged via data trading modules. These data trading modules are known as Bitswap. The primary role of the Bitswap will be to get access to the data blocks that client peers request. After that, they have to send these data blocks in the form of respective peers. These tasks are almost straightforward. The complexity occurs when you have to exchange the data between peers.
Then we have to decide the strategies of how and to whom to send the data. The peer participants will decide how to get access to the data. For this reason, the peer participants will use lots of strategies. The most important strategies are incentivisation, rewarding uptime and punishing downtime etc. It will also bring innovations in deciding the prices of different products and services.
A More Resilient, Efficient and Robust Internet:
All the protocols of Web 3.0 will work together. After working together, they will allow the IPFS to distribute, store and retrieve the data blocks. It will also introduce the future models of the internet. The future models of the internet are resilience, efficiency and robustness. It will also enhance the capacity of the internet. To enhance the capacity of the internet, they are introducing fault-tolerant features. Due to this enhanced internet system, Web 3.0 will include millions of users participating in their enhanced internet system. These new possibilities and opportunities of Web 3.0 will bring innovation to the internet world.
Web 3.0 vision is to have a more secure and usable Web platform adaptable to change amidst network attacks and failures. In this multi-user version of the web, people can process information easily.
Author Bio:
Robert Fawl is a professional Content writer & Content Marketer. Based in London, Robert is an author and blogger with experience in encounter composing on various topics including but not limited to Essay Writing, Dissertation Writing, Coursework Writing Services, Thesis Writing Services and Assignment Writing etc.
