HIGGS WEB3.0: Revealing practical applications of a WEB3.0 computer for everyone

With the increasing popularity of communication and visual mobile devices, people are flocking to the concept of Web3 or the metaverse. But what is the path to the new world? There is no clear answer. Higgs Technology, with years of exploration experience, has developed a path for the “Web3.0 computer” and become an effective solution.

As the creator of the Web3.0 computer, Higgs Technology aims to seamlessly integrate the Web3 experience into computers, which means that all applications that can run on the internet can use Web3 as their foundation. It has a wide range of applications. It can be used to create decentralized applications, such as digital identity management and decentralized storage, and can be applied in various fields such as government agencies, finance, healthcare, education, energy, gaming, and social media.

Web3 and decentralization, one cannot do without the other

Different from traditional computers, the fundamental difference with Higgs Technology lies in the core interests of users.

Higgs Technology is a Web3 technology company that focuses on blockchain technology research and application. Its CEO said: “We have been living in the era of mobile Internet. Companies like Apple and Google that control the lifeline of encryption have dominated the market for many years but have not formulated a roadmap for innovative encryption. Our goal is to take users’ interests and data rights from the hands of technology giants and derive a new ecological model different from the Web2.0 era on this basis.

Blockchain technology should serve entities and all mankind, not just appear in front of humans in financial forms such as tokens, mining, and exchanges. The technology of the Web3.0 era is also for better serving humanity and can be understood as a new way of tools and service networks.

To achieve this, Higgs Technology has independently developed the HUNIU OS operating system and the public chain YLEM.

HUNIU OS is built on a native system and integrates blockchain infrastructure and sandbox isolation technology to provide a secure, user-friendly, scalable, cost-effective, and developer-friendly operating environment for Web3 decentralized applications.

It is important to note that Web3 and decentralization are tightly bundled. Therefore, HUNIU OS not only provides end-users with commonly used decentralized applications but also provides a series of essential Dapps for market participants and developers to jointly promote the ecological construction of Web3.

“Users can smoothly enter the Web3.0 world on computers, mobile phones, and other terminal devices equipped with HUNIU OS without any education costs,” said one user.

This is a type of distributed ledger technology (DLT) that continuously maintains its records. The system allows all users to access their content on the blockchain, which can be achieved using Public Key Infrastructure (PKI) without any trust from third parties. Unlike centralized systems, where data is controlled by a single entity, blockchain provides transparency, immutability, and security for the entire network.

YLEM, a public chain that realizes scenario-based customization

The value of a Web3 computer lies in providing utility for people and other applications, especially the potential to provide an open platform for application development. Of course, Web3 computers are different from personal computers, data centers, or mobile devices, which are all platforms for running applications and providing similar basic computing resources but differ in architecture, resulting in different functionalities. These differences make each platform more or less suitable for certain applications and have their own niche markets. However, each platform still ultimately provides value by supporting applications.

Therefore, as a basic component of HUNIU OS, YLEM has high reliability, strong compatibility, and low transaction fees, making it an excellent public chain. Developers around the world can use it to build infinitely scalable DApps, DeFi, social media (SocialFi), enterprise systems, NFTs, and Web3-based services.

It should be noted that every layer of YLEM has been modularly designed and comes with a variety of choices that can be freely combined. Developers using parallel chains can customize a parallel chain that meets specific business needs simply by customizing according to their own business scenarios, without the need to develop a public chain at a large cost. The YLEM public chain can also provide corresponding businesses.

For Web2 users, Web3 is often seen as distant and obscure. Despite the explosion of Web3 applications in various aspects of people’s lives, including finance, technology, culture, art, and social organizations since 2020, the threshold for ordinary people to participate is still very high. Furthermore, due to the current market chaos, it is difficult to distinguish true Web3 technologies and applications from others. However, the Web3 computer can solve all these problems.

Currently, many Web3 projects are simply “Web2 projects with a blockchain shell,” and their user needs can be fully met by Web2. However, the Web3 computer can attract Web2 users to join Web3 by improving the user experience of Web2, such as reducing the threshold of use.

Regarding the privacy issues that Web2 cannot solve, users said, “I was surprised that technology has advanced so much. The changes in this era are really fast. Using this computer is really convenient, and I can surf in 3.0 mode. The decentralized chat is really interesting, all anonymous and without ID accounts. This really protects users’ privacy. I suddenly felt extremely excited.”

“The DAPP store is so cool. There are DAPPs for various industries. This is amazing. Is this the new Apple enterprise? The Apple Store is only a product of Web2. The future prospects are really limitless. Moreover, the hardware looks high-end, and the configuration performance is also good. With this computer, it seems that it is not so difficult to develop DAPPs. We can develop DAPPs well,” said the programmer.

Higgs Web3.0 computer provides powerful development tools for blockchain developers, offering a one-stop development environment that supports multiple blockchain development languages and frameworks. The HUNIU OS ecosystem not only provides integrated development environments, simulation software, debugging tools, and other tools that support multiple blockchain development languages and frameworks, but also includes a suite of tools such as the Remix smart contract compiler, the Truffle and HardHat DApp development frameworks, the Banache simulator, and the Web.js instruction manual to reduce programming difficulties and increase development rates, allowing developers to easily build and deploy decentralized applications.

In addition, smart contracts developed and deployed on Ethereum can be seamlessly migrated to the YLEM blockchain, reducing the development complexity of YLEM smart contracts, saving development costs, and increasing production efficiency. Furthermore, it supports applications such as asset management, social networking, games, healthcare, and the Internet of Things. All of this is designed to lower the barrier to user adoption and enable blockchain applications to truly go mainstream.

As technology advances, we must prioritize privacy, security, and ethics to ensure that the development and use of artificial intelligence, Web3, and metaverse technologies generate more value and enable individuals and communities to create, learn, and grow together.

Higgs Web3.0 is building a blockchain-driven “Web3 computer” and many applications that run on it. Comparing the emerging components of Web3 infrastructure to the physical components of personal computers or data centers is highly insightful. This practice clarifies the basic resources needed to build a powerful Web3 platform and points the way forward for the future development of Web3 infrastructure.

A programmer explained, “I used to think that DAPP development was difficult, and there were few places to find effective tutorials, but with the WEB3 computer, I have access to useful information, and it suddenly made me realize that it’s so easy to become a WEB3 engineer.”

“After deploying the smart contract and following their tutorial to connect to the blockchain layer, it was so much easier. I was able to create a DApp in just about 10 days. This computer is really helpful for promoting the development of the future and popularizing WEB3 technology.”

Web2.0 businesses, how to enter the Web3.0 race?

Since the crazy outbreak of metaverse, digital collectibles, NFTs, and other related technologies, it has become clear that the future of Web3.0 is heading in this direction. However, with the rapid changes in digital technology, metaverse, and AIGC, traditional physical enterprises cannot keep up with the pace of change, and the high entry barrier for blockchain technology and applications limits the development of ordinary programmers, let alone physical enterprises.

To address this issue, the Web3 computer is constantly reducing the development difficulty for programmers, increasing the possibility for Web2.0 enterprises to upgrade to Web3.0 enterprises, and providing good demonstration samples to assist Web2.0 enterprises in finding better business models to expand infinite markets. Web2.0 industries are worth redoing with Web3.0 technology.

Currently, with rapid technological changes and increasingly clear consumer demands, the expectations for enterprises are higher. For physical enterprises, this presents challenges that require adjusting their own technology and exhibition platforms to better suit local markets and national conditions, while complying with local policies.

For example:

READ TO EARN: Daily income of $10,000, launched for 4 weeks.

Mechanism:

Web3 has designed the “borrowing” stage. In this stage, users who hold NFTs can lend them to multiple people at the same time. The borrowers need to pay tokens as rent. Both the NFT holder and the borrower can earn game tokens during the reading process. Game tokens can be used in various scenarios in Read2n, including the scenario of minting new NFTs. Therefore, game tokens also have a price, and everyone can earn real money.

At this point, you may wonder who is paying for all these earnings. It is the investors who buy the newly minted NFTs from users in the game using tokens. They use money, which is the token, to buy NFTs earned by users in the game. This money provides all the economic benefits for the entire Read2n ecosystem. In simple terms, investors buy the author’s copyright.

During this process, the author’s copyright is donated to DAO, and all expenses paid by investors actually go to Read2n users.

The core work of Read2n users is to help spread the book. As the number of readers of the book increases, the NFT price of the book will also increase. Users use real consensus to shape behavior and help spread the work, earning money.

But how do authors and platforms make money?

The platform earns a commission from the NFT trading and rental process. 50% goes to the platform, 30% goes to the author, 10% goes to the NFT holder, and 10% goes to users who reach a certain level of community activity.

This is an example of how a Web2.0 online reading platform transformed into a Web3.0 platform and achieved profitability. As Web3 has evolved, Play to EARN and Social to Earn are emerging trends that entrepreneurs can leverage to create product value that Web2 platforms lack by returning ownership of content, data, and assets to users.

In the Play to EARN field, if the metaverse is the future, then the game content in this virtual world cannot be solely created by game developers and platforms, but should be created by more individuals. Web3 should use a fair and efficient economic system to allow creators to receive matching rewards and stimulate their creativity.

The Social to Earn field is still in its early stages, but Web3 practitioners are optimistic about its potential. After all, no matter the era of the internet, social products have always been a driving force for traffic.

A top Web2 entrepreneur believes that the social evolution direction of Web3 should be to “map one’s social relationships to the virtual world more holistically, comprehensively, and authentically.” This allows users to become participants or even co-builders of the brand, establishing user loyalty from the ground up and realizing the essence of Web3—changing the production relationship between platforms and users. Advanced production tools can further drive productivity development, which is an inevitable trend and will become the next blue ocean market.

Currently, Web3 is in a transition period from “innovators” to “early adopters.” The former represents the original circle of Web3, while the latter represents the first batch of Web3 users outside the circle. The key to this transition period is the emergence of Web3 computers, which are “epoch-making” level single heavyweight applications.