Background of the project

Web3.0 is a new stage of Internet development and a decentralized world.

In the world of Web 3.0, the value of the Internet ultimately belongs to the user, making everyone's life more convenient and easier. Blockchain technology has become the most powerful driving force of Web3.0 because of its characteristics of distributed storage, non-tampering, information encryption, and data rights tokenization. It is also the underlying infrastructure of the Web3.0 world.

The emergence of the token economy and digital assets also allows users to participate in voting and participating in dividends, and achieve positive interaction between developers and users. Users are both users, creators, and maintainers. This behavior can be understood as Open Data, which is an important part of the development of Web 3.0.

Web 3.0 is a new era of Internet development, dominated by distributed technology, with peer-to-peer networks, high interoperability and high scalability. Web 3.0 will bring a transparent and credible Internet economic model, that is, the Internet of Everything, everywhere.

Web 3.0 builds a more user-centric, more user-centric, transparent, and secure Internet by building an ideology of decentralization, distribution, and collaboration for all, computer scientists and Internet experts believe , the changes of Web 3.0 will make the Internet smarter and make people's lives easier.

Web 3.0 will have many advantages, such as bringing privacy protection and antitrust to the web, more secure and durable web services, data ownership to individuals, public blockchain network, high interoperability.

Several features of Web 3.0:

1. Unified identity authentication system

2. Data confirmation and authorization

3. Privacy protection and anti-censorship

4. Decentralized operation

The trusted network will become the most important credit and security guarantee in the Web3.0 era, consisting of five parts:

1. Trusted identity:

Trusted identity refers to the creation of the user based on the public key, the signature with the private key, the node verification, and the storage of the identity data is controlled by the owner himself.

2. Trusted ledger:

The essence of blockchain is distributed ledger technology. Through multi-party bookkeeping, the trustworthy, reliable, transparent and immutable ledger can be realized. When transferring value on a peer-to-peer network, it is necessary to ensure that the value transfer without centralized credit endorsement is reliable.

3. Trusted Computing:

Trusted computing should be called Trustless computation, that is, "trustless computation". Multi-party computation (MPC), which is currently being studied by more than half of the cryptographers in the world, is an important solution for trusted computing. Trusted computing is to solve the problem of how to complete collaborative computing between a group of distrusted parties while protecting privacy. Through multi-party secure computing technology, computing work such as data statistics and classification analysis can be performed on the premise of not leaking identifiable data content to each other, and trusted computing will provide a safe and reliable solution for this.

4. Trusted Storage

Trusted storage mainly refers to: decentralized storage. Decentralized storage has the following characteristics: once data is stored, it is difficult to be tampered with or deleted; all data can be accessed directly, such as in a distributed network, whether the data is text, video, or music, it can be accessed through Hash values ​​directly access the data. Trusted storage is the core technology of Web3.0 and the concrete realization of the Semantic Web. TA will be responsible for the content storage and access protocol of the entire Web3.0. In the future, distributed storage will support the content storage and distribution of the entire network.

5. High-speed Internet：

When the computing and storage capabilities of each node (such as computers, mobile phones, IoT devices, etc.) reach a certain level, the network linking each node will be very important. Only when the network bandwidth is high enough, the role of each node can be repeatedly played, and the decentralized server can be realized. The high-speed network is like the soil of the trusted network world. Without this soil, there would be no trusted network. At present, the 5G network is under construction. In the next 2-3 years, with the implementation of the 5G network, various technical modules in the trusted network will develop rapidly.