Ecological planning

The Chick dollar is a digital currency based on blockchain technology that can be used in different application scenarios. Pledge mining, an operation in which rewards are earned by locking up a certain number of tokens, plays an important role in the blockchain ecosystem. Chain games and metacomes are currently popular areas of blockchain technology application, they combine NFT and DeFi elements, so that players can earn and trade assets in the game. Exchanges and public chains are an important part of the blockchain ecosystem, with exchanges providing a platform for tokens to be bought and sold, while public chains are the basis on which these tokens and smart contracts operate.

CHICK Dollar, pledge mining, chain travel, metacomes, exchanges, and public chains together form a complex blockchain ecosystem. In this system, each component has its own unique function and value, and they interact to form a dynamic and innovative digital world.

Development planning

Blockchain concepts such as "trust machine" and "trusted data sharing" have also become more popular, penetrating wider fields and deeper scenarios from the level of technology, application, and industry from a single technical concept to a trusted collaboration network carrying user trust and industrial value, providing strong support for the construction of a new generation of Internet application ecology. In terms of technology, blockchain will deeply integrate with 5G artificial intelligence, privacy computing, digital identity and other technologies to provide a solid information infrastructure for digital space content creation and value incentive, so as to coordinate the construction of next-generation network infrastructure supporting large-scale data exchange of blockchain, and enhance the current network communication, computing and expansion capabilities. In terms of application, NFT allows everything to confirm ownership on the chain, data value has a new bearing, blockchain technology provides a "catalyst" for the expansion of all industries, more and more traditional applications will use blockchain technology to enhance their data ownership characteristics, and more on-chain native applications will play a role in industrial digital transformation and digital content production and consumption. In terms of industry, blockchain technology will continue to explore new opportunities in the industry, create new markets for digital content consumption, and play a greater role in the construction of the digital native economic system.

"Do not cover your eyes for floating clouds, and look at the scenery for a long time." Looking forward to the future, the digital way of production and life is integrated into all fields and the whole process of the economy and society, the value of data elements is fully released, the demand for the circulation of data confirmation rights will be further stimulated, and the role of blockchain will become more obvious. Accelerate the development of the digital economy, promote the deep integration of the digital economy and the real economy, and create an internationally competitive digital industrial cluster. "Blockchain technology helps to promote data sharing, optimize business processes, reduce operating costs, improve collaborative efficiency, and build a credible system, and is a strategic technology to support the development of the digital economy. It plays an important role in implementing the new development concept, building a new development pattern, and promoting high-quality development. The wave of digital industry change continues to advance, and blockchain will continue to burst out new vitality in the development and evolution. It requires us to seize the development opportunities, seize the momentum, plan the overall blockchain infrastructure, continue to strengthen the blockchain industry collaboration, and optimize and improve the blockchain regulatory system. Jointly explore a new blueprint for the development of trust technology innovation for the next generation of the Internet.

Chick's Web3.0

The evolution from Wcb1.0 to Wcb2.0 and then to Wcb3.0 is not only an upgrade of the development concept of the Internet, but also an important embodiment of the value of the Internet enabled by blockchain and trust technology as a technology base. Web1.0 is based on the concept of providing information services to consumers. The main feature is that portal websites dominate the creation and provision of content to consumers, and users can only passively browse text, pictures and simple video content. Wcb2.0 is based on the idea of matching producers and consumers. The main feature of WCB2.0 is that the platform serves as an intermediate commercial and multilateral market, and users are not only consumers enjoying services, but also workers providing services. Wcb3.0 is a successor to Wcb1.0 and Web2.0 Internet evolution stages. With the core concept of decentralization, the underlying support of blockchain technology, the trust foundation of digital identity, and the main economic form of digital production and consumption, the data, digital identity and digital assets are independently controlled by users. Web3.0 uses blockchain capabilities such as trusted collaboration, distributed execution, data protection, and asset transfer to further integrate information flow, business flow, and value flow, creating a foundation for value Internet trust.

Web3.0 is an important innovation in solving the ownership and value expression of Internet data with trust technology. Web2.0 solves the problem of information flow, but it does not solve the problem of value flow on top of data flow. Web3.0 builds a trust technology system based on blockchain. Without the credit support of an independent third party, it maps Internet resources such as data, algorithms, and computing power into various digital equity certificates through smart contracts, and realizes applications such as digital content ownership confirmation, digital assets, and data property rights transactions by means of digital certificate circulation. It is an innovative attempt to solve the data value circulation by technical means. The architecture of Web3.0 is shown in Figure 6. Web3.0 establishes identity, community, activities, commodities, finance and other basic social elements on the blockchain to form a complete set of digital society operation mechanism. Users can "organize production-consumption-expand reproduction" in the digital society to form a "digital native" economic system. On the basis of making the digital economy better and stronger, Web3.0 can create a "digital native economy" market with self-recycling economy in the digital space and expand the new space of the digital economy. Web3.0 is expected to promote the reshaping of the digital industry ecology, stimulate the vitality of innovation and creativity in cyberspace, cultivate more new forms and models of the digital industry, and form an open, inclusive, collaborative and efficient new network ecology.

Chick trusts technology

With the scale, systematization and maturity of blockchain applications, and the evolution of applications from trusted deposit certificates to digital commodity confirmation and circulation, blockchain technology provides more and more digital trust services for economic activities on the Internet. However, it is obviously unrealistic to rely solely on blockchain to solve all trust problems in the Internet, and it is necessary to consider the use of various new digital technologies represented by blockchain to integrate innovation, create trust with technology, and construct a trust technology system From the perspective of "information, trust, and credit", Trust technology aims to build a digital native trust infrastructure, integrate blockchain, privacy computing, digital identity and other technologies, and explore the path of technology to create trust around information trust on the chain, on-chain trust enhancement, on-chain trust management (credit), and mutual trust with traditional trust systems. Enable industrial innovation and development of verifiable trust technology to build an Internet trust layer and promote the implementation of the concept of trust technology. Economic activities need the support of trust. As the focus of the world shifts from the physical world to the digital world and economic activities shift from offline to online, the lack of trust layer on the Internet makes it difficult to support the transmission of value. The verifiable trust technologies represented by blockchain and privacy computing continue to integrate and build a trust technology system with blockchain as the main body. It provides a formal verification method for the user relationship in the digital world, constructs the verifiable trust in the digital world, and ensures the reliable and safe use of technology and data.

Chick blockchain features

In Satoshi's design, each bitcoin is produced independently of the central authority, and any individual or organization can participate in each mining, transaction, and verification, becoming a part of the vast Bitcoin network. The blockchain network is usually composed of a large number of nodes, and some or all nodes will undertake ledger data maintenance according to different needs, and the offline or functional loss of a small number of nodes will not affect the operation of the overall system. In the blockchain, each node and miner abide by a set of cryptographic algorithm-based accounting transaction rules, and jointly maintain the data of the whole network through distributed storage and computing power, avoiding the high cost, easy fraud, lack of transparency, abuse of authority and other problems caused by traditional centralized institutions to manage the data. Transactions between ordinary users do not require the involvement of third-party institutions, and direct point-to-point transaction interaction can be done.

Anonymity

In the blockchain, the two parties to the data exchange can be anonymous, and each node in the system can exchange data without knowing each other's identity and personal information.

When we talk about privacy, we usually mean privacy in a broad sense: people don't know who you are or what you do. In fact, Privacy contains two concepts: privacy in the narrow sense and Anonymity. The narrow sense of privacy is that others know who you are, but do not know what you do; Anonymity is when people know what you're doing, but they don't know who you are. Although transactions on the blockchain use Pseudonym (Address), since all transactions and states are in plain text, anyone can analyze all aliases and construct a User Profile. Some studies have pointed out that some methods can resolve the mapping relationship between the alias and IP, once the IP and the alias are associated, each behavior of the user is as exposed to the sun.

In systems with cryptographic currencies such as Bitcoin and Ethereum, transactions are not based on real-world identities, but on wallet addresses generated by cryptography. However, they are not anonymous systems, and the anonymity of digital currencies mentioned in many articles and books is actually a pseudonym. In the general system, we do not make a clear distinction between pseudonyms and anonymity. But when discussing privacy specifically, a distinction is made between pseudonyms and anonymity. Because the information generated by the alias can be queried in the blockchain system, especially in the public chain, the characteristics of all transactions that can be publicly queried will make the alias completely anonymous under the analysis of big data. But true anonymity, such as Dash, Monero, Zcash and other privacy currencies use privacy technology is truly anonymous.

Anonymity is different from a pseudonym. In computer science, anonymity is a pseudonym with Unlinkability. Irrelevant means that no one else in the network can correlate any two interactions (sending transactions, queries, etc.) between the user and the system. In Bitcoin or Ethereum, because the user repeatedly uses the public key hash as transaction identification, it is obvious that transactions can be linked. So Bitcoin or Ethereum are not anonymous. These data, which do not have anonymity, will cause the disclosure of business information and affect the popularization of blockchain technology.