One of the most crucial parts of a Web3 infrastructure is its network nodes. The explorer block (also known as Web3 search engines) is also essential. This interface allows everyone to see what is being used, which is being shaped non-stop, looking into the future.
Of course, these user interface doesn’t have only one platform that can be utilized. Many Web3 search engines are developed, as well as video games and more. These differ from some current searchers, changing their foundation and parameters.
Why Are Web3 Search Engines Needed?
Current search engines are centralized databases with limited access for everyone to trust. In addition, these known browsers are primarily developed for client-server architectures based on Web 2.
When directing this content in a Web3 direction, the whole search engine loses its most powerful feature and search results. Instead, it goes to the hands of peer-to-peer participants, who decide the ranking of every CyberLink (the link between contents, not to IP or domains).
These Web 3.0 key features completely change the game’s rules: Google isn’t the arbitrary Browser opaquing links with indexed algorithms. It also forbids crawler bots that collect information and stops censorship and privacy losses.
How Does Search Ranking Work in Web3 Browsers?
The knowledge graph formed by the work of many participants in a decentralized network such as Cyber is based on Content Oracle. This dynamic and collaborative distribution resource allows the expansion of the search engine.
The cyberlinks ranking is based on the number of tokens an account has. These tokens are essential, and they belong to different users. Most of its amount (around 70%) is gifted to the users of Ethereum and its many applications.
This means that the bulk of the stake will directly go into the hands of many users who were able to prove their ability to create value. Doing so is believed that it can lay the possible foundations of semantic cores that will create a greater Web.
How to Access and Browse It
When it comes to ordinary users trying to access decentralized search engines, there are some things that everyone needs to know. Visually, Cyber protocol and search results differ a little from centralized search formats. Still, it offers many key advantages.
One of the most known ones is the appearance of search results. It includes the desired content which can be read or viewed directly, without the need to visit another page. Also, different buttons to interact with specific applications on any blockchains allow payments to be done directly through search snippets.
Interested users can try experimental prototypes such as cyb.ai, a browser in a browser. With this tool, visitors can search for content, surf the web, and interact with many decentralized applications.
Cyber: One of the Most Popular Web3 Search Engines
One of the most renowned Web3 search engines is the already mentioned Cyber. This is because it was built to interact with the World Wide Web in a very different way from its origin, making it unique. Its architecture and protocols are often considered an example of its pairs.
Cyber and many other decentralized search engines differ from centralized ones like Google because the content is organized differently. It’s based on knowledge graphs where each peer exchanges the information they need without centralizing it into different nodes.
The desired content is found via its hash, stored by another of the users in the content network. When it’s found, it is uploaded, turning the user into a distribution point. An operation like this resembles torrent ones, which provide storage and access without needing good connections.
Adding content to the knowledge graph of Cyber’s protocol needs to be followed by some steps. First, it’s necessary to realize a transaction through a CyberLink, similar to a payload of an Ethereum transaction, but the data is structured. Then, after the confirmed transaction is realized, the new CyberLink is added.
The Cyber search engine also recalculates all the knowledge in the graph based on specific formulas, also known as CyberRank. This algorithm ranks content dynamically but also protects it from including spam, cyberattacks, or even selfish user mechanisms such as auto-promotion.
Neeva.XYZ: The User-focused Alternative for Web3
Another excellent alternative for web3 search engines is Neeva.XYZ. With less than 3 years of life, this Browser focuses entirely on search and discovery. According to its developers, it aims to serve users instead of advertisers, trying to bring the best answers for users.
Making the entire world’s information available for users is a solid and demanding task. However, since there’s limited access to fast and reliable blockchains, Neeva gets the data conveniently, allowing the service to be fast and work.
With multiple blockchains and extracted data from them, this Browser created data-processed pipelines to deliver a new experience. This led to a new system created from zero, with its code and breakneck speed, which supports NFTs from Ethereum.
Since it is a relatively new engine, it also supports the collaboration of its users and community to achieve a continuous evolution. Sharing value, decentralization, and putting users first are the principles of Neeva and web3, alongside a friendly user interface for everyone.
Brave: A Known Internet Browser Face
Brave Browser is one of those searches many people use worldwide that has somehow revolutionized itself by fully adapting to Web3. It allows users to connect themselves to dApps without the need to install or use other necessary extensions or add-ons.
Also, they have partnered with a blockchain domain called Unstoppable Domains, which allows people to access more than 700k domains registered there. In addition to all of that, Brave is renowned as being the first internet browser that permitted crypto wallets from fiat currency and multi-swaps.
Etherscan: The Ethereum Search Engine
Another known search engine primarily based on Ethereum is Etherscan. It allows us to track different things, such as blocks, wallets, transactions, etc. Since it is wholly dedicated to Ethereum, it offers standard tokens for every ERC20 token.
Conclusion
Since Web3 is constantly evolving and looking forward to the future, it is clear its search engines are also properly being developed. However, these browsers share many similarities that differentiate them from Web2 browsers simultaneously, making the gap wider.
Cyber and Neeva are some of the most popular ones, with their features that make them unique. The first one looks forward to searching knowledge graphs and revisiting the internet infrastructure. Meanwhile, Neeva is a more friendly approach that tries to unite the visitors with its friendly interface.
