一文盘点比特币铭文协议的赛道与原理

The author's series of innovative protocols in the infrastructure of the inscription protocol on the bitcoin chain, such as and, have given birth to a new era of digital assets. These protocols are promoting significant changes in the bitcoin ecosystem, ranging from homogeneous token standards to metauniverse digital asset management protocols to distributed computing protocols and open metauniverse construction protocols, and finally to decentralized identity protocols. The emergence of these protocols not only provides more possibilities for digital assets on the bitcoin network, but also provides decentralized application communities. Next, we will introduce in detail that these protocols are a token standard, and their key information is engraved in the isolated witness script data of bitcoin transactions. The protocol was created by blockchain analysts in early June to allow tokens to carry data to realize additional functions such as token deployment, casting and transfer on bitcoin networks. The protocol supports the creation and transfer of interchangeable tokens, such as maintaining ledger books with bitcoin indexers. Indexers that are completely independent of Bitcoin must accurately record each balance change to ensure the integrity of the ledger. Although the ledger of indexers will accumulate with the passage of time and the increase of node burden, due to the cooperative efforts of multiple technical teams involved, the infrastructure is stable and reliable. Tokens introduce an innovative dimension into the Bitcoin blockchain, providing new possibilities for tokenization and decentralized applications in the ecosystem, although they are more displayed in the ecosystem. Wide application and flexibility, but there are some limitations in the function and interoperability of smart contracts. However, the continuous development and growing interest of tokens show that they have the potential to have a significant impact on the field of digital assets, making Bitcoin not only a cryptocurrency, but also a platform for various token assets and applications. The protocol is an innovative method of digital asset management in the meta-universe, providing creators with a comprehensive system to manage, share and realize their innovations through recursive licenses and royalties. Creators who use this agreement to subvert the concept of creating and distributing digital assets in virtual space can develop complex asset formats, such as game objects, animation effects or game modules, and open these formats for community-driven enhancement and utilization. The most important thing is to implement a unique system to link the right to use and license fees, creating a new revenue stream for digital assets. Bitcoin combines the right to use and license fees through binding relationships based on inscriptions. Individuals with inscriptions can Allocating their right to use and setting a price for it can be understood as allowing other users to use the creator's music model, script games, etc. in ordinary space or as buying some privileges, such as joining the creator's organization or club. The key features include realizing complex recursive digital asset formats in the meta-universe, linking the right to use with the royalties of the creator's interests. In terms of technical specifications, it supports the integration of various recursive asset formats with blockchain and promotes automatic royalty transfer. Through the wide adoption of game platforms and engines, the usability in various digital ecosystems has been improved, and at the same time, the immutable asset deployment and transparent blockchain record transactions have been realized to protect the rights of creators and users. Regarding the deployment of inscriptions, anyone can assume that the deployer is the receiver of license fees, and each inscription can only be deployed once, which means that once a specific inscription is effectively deployed, further deployment will be invalid in the game and modular blockchain associated with it. It provides creators with the possibility of innovation. Different creators can contribute various modules so that new creators can build on the previous innovations, so that the surge of innovation in the ecosystem benefits all involved parties. The decentralized computing protocol based on ordinal number theory is specially used for decentralized applications on Bitcoin, such as and it is defined as an extensible decentralized computing protocol, which allows the integration of new features and functions over time and introduces unique computing operations such as and each operation. Both add a layer of complexity and function and operation to the protocol, and expand the basic issuing process by merging specific conditions or states. For example, it can be used to issue tokens under certain conditions, which usually involves the update of the application state and allows casting tokens without affecting the circulation supply. Similarly, it is useful for specific use scenarios, and the standard burning process is extended. Destroying tokens under certain conditions usually leads to the change of the application state and allows the tokens to be converted into applications. Different states without reducing the circulation supply. For example, in the loan application, after the user mortgages the token, the application can use instructions to cast the authentication token agreement for the user. A remarkable feature of the agreement is that its comprehensive parameters and operation sets define its functional key parameters, including and each serving a specific purpose in the agreement architecture, such as determining whether the application can stop bitcoin. A modular method of inheritance and nesting is proposed for the agreement and application development. The extension of application provides a theoretical basis. This protocol fundamentally describes the token with computing power and state, and extends the behavior of the protocol. Computing power and state transition can be extended by extension protocols. All extension protocols are compatible with each other, which means that tokens that implement and extend the protocol can be used across applications. In addition, the protocol and its extension protocols can be updated and upgraded through protocol improvement. The set of extensions and improvements is called protocol stack, with its comprehensive parameters, various operations and. It is famous for its advanced computing ability. It can support protocol extensions and unique computing operations like this, demonstrating its adaptability and innovation in dealing with the complex needs of decentralized computing. The protocol is an open metauniverse construction protocol based on bitcoin ordinal number theory. It outlines the core elements of the metauniverse on the bitcoin network, such as role maps and world views, and builds a virtual open world similar to Marvel and Star Wars. Once the metauniverse components are deployed, any wallet can be cast. Its example bitcoin, the sequential operation outlined below, helps to clearly define the component named in the middle of the root universe. Under this background, the category separator of the warrior's role in the field is expressed in the form of a dictionary by the components in the field that represent a subset of a broader category. The keys in this dictionary are related to the names of elements, including racial subspecies, gender, hair color, skin color, clothing accessories, weapons and exoskeletons. There are ten different elements in total. The corresponding value of each key is an array containing the candidate values of a specific element. When creating a warrior instance through operation, it needs to be refined from the provided array. 比特币今日价格行情网_okx交易所app_永续合约_比特币怎么买卖交易_虚拟币交易所平台

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