Digital asset right confirmation distribution authentication system

Abstract

The invention discloses a digital asset right confirmation distribution authentication system, and belongs to the technical field of computer programs. Based on data storage in a data lake in a distributed storage system, after the stored data is subjected to ownership certification, the data (group) subjected to ownership certification is subjected to ownership certification distribution, so that the ownership, the use right and the operation right of data assets are proved to be clear, and the ownership of the data can be confirmed and digital asset information can be generated by the ownership certification distribution system. When a user obtains a data use right through an allowed access right or purchase right mode, the system can automatically pull up the certification mechanism to carry out certification of the block chain sub-chain again so as to establish the delivery and delay of the distribution (use) right of the group of data (including but not limited to pictures, videos, texts and documents). The system encryption system adopts a block chain technology and a quantum computing decoding avoidance mechanism, so that the overall security of the system is fully guaranteed, and the security of digital assets of users is guaranteed.

Description

Technical Field

[0001] The present invention belongs to the technical field of computer programs and relates to a system for digital asset rights confirmation, distribution and authentication. Background Art

[0002] The demand for data development is changing with each passing day. There are many barriers to data assets and data collection in related industries. There are various concepts and definitions of agricultural blockchain technology, data assets, and digital assets, but there is no universal mechanism. There are also factors such as unclear technical architecture in data redundancy, which seriously hinders the process of agricultural digitalization. Summary of the invention

[0003] The present invention aims at solving the existing digital asset technology problems and provides a digital asset rights confirmation, distribution and authentication system.

[0004] A digital asset rights confirmation and distribution authentication system includes the following steps: the value of user data is confirmed and distributed, the data or group that has been confirmed is distributed to prove the ownership, use rights and management rights of the data assets. The rights confirmation and distribution system realizes the ownership confirmation of the data and generates digital asset information. When the user obtains the right to use the data through the permitted access rights or the purchase rights, the rights confirmation and distribution system automatically pulls up the proof mechanism to prove the blockchain sub-chain again to establish the group of data, including but not limited to the distribution of pictures, videos, texts, documents or the deferral of the right to use. The system encryption system adopts blockchain technology and quantum computing decryption avoidance mechanism.

[0005] After the data in the data lake is classified, redundant, identified, and authenticated, ownership is proved. The data or group with ownership proof is entered into the table. The data or group entered into the table provides backup resources for system users. When users use data in the form of classified data synthesis according to their own permissions, the results generated during the use process will be distributed and used by users in a usable but invisible way. The value generated by the data is reversely proved in the form of digital assets through blockchain to prove the ownership of the user, ensuring that the digital assets generated by the system safely reach the user account. When digital assets are generated, the system starts the ownership confirmation and distribution authentication process of the ownership confirmation and distribution authentication system.

[0006] The advantages of the present invention are: it can solve the data general recognition mechanism, and at the same time, it can provide digital asset services for individual users, and individual users can access the system conveniently and simply. The user can truly trace the process, data source, data rights confirmation and other links of the operation content, the interface function is powerful, the proportion of intelligent calculation is higher (86%+), the rights confirmation is accurate, the digital asset conversion is real-time, and the rights and interests of digital asset users (individual users and corporate users) are protected.

[0007] The digital asset rights confirmation and distribution authentication content constructed not only guarantees the digital asset rights of users, but also provides a new distribution proof algorithm, achieving a technological breakthrough in the field of data assets. It has achieved a breakthrough from 0 to 1 in user data assets.

[0008] Simple operation, intelligent control, high security and reliability, for individual users, to improve the digitalization process, reduce enterprise costs, and break through the barrier of 0 agricultural digital assets.

[0009] Each link is recorded and identified to ensure the security of system data. The data involves multiple types of data such as scene data, animal data, plant data, climate data, water quality data, geographic data, technological breakthrough data and other scene contents, which will be distributed through the digital asset rights confirmation and certification system to provide users with a virtual reality presentation scene, allowing users to easily own their own contribution digital assets.

[0010] The user's digital asset income is guaranteed through financial attributes. After the user's data assets are generated, their digital assets will not be cancelled due to the user's voluntary cancellation, death, criminal liability, etc. Digital assets have the attributes of transfer, withdrawal, consumption, value conversion, etc. Its ownership belongs to the user or recipient bound when it is generated.

[0011] In terms of digital asset ownership, an independently developed process and encryption algorithm are used, which is different from the working principle of the general system, to ensure that the number of digital assets generated will not increase indefinitely and to ensure the financial security of the system. The system identifies the total amount of digital assets. When the total amount of digital assets is close to the upper limit of the system's financial system, the newly generated digital assets will be stored in the data pool in the form of "seeds". When conditions are ripe, the system will automatically prove the "seed" digital assets with blockchain and put them into the user's system account.

[0012] The architecture of the present invention sets up a three-party interface service mechanism. Access services for various data are reserved. During the access process, the blockchain proof is automatically pulled up to judge and trace the data provided by the user, which can not only protect user data, but also provide traceability proof for data assets, and guarantee user rights and interests in multiple dimensions and scenarios. At the industry data protection level, the independence and security of group data assets are guaranteed. Provide group users with a convenient operation interface for batch uploading and unified management.

[0013] In terms of system security, the operation records and login information of each link are recorded in detail, and the operations involving finance will automatically call the blockchain proof mechanism to prevent malicious tampering of data by internal developers. In terms of data security, we will focus on ensuring data security to ensure that big data will not be obtained. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the drawings required for use in the embodiments or the prior art descriptions. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work. As shown in the figure:

[0015] Figure 1 It is the overall flow chart of the system of the present invention.

[0016] Figure 2 It is a working detail diagram of the present invention.

[0017] Figure 3 It is a flow chart of the program interface of the present invention.

[0018] Figure 4 This is a flow chart of the steps of digital asset confirmation and distribution certification of the present invention.

[0019] Figure 5 This is a flow chart of user cross-domain login in the present invention. DETAILED DESCRIPTION

[0020] The technical scheme in the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiment of the present invention. Obviously, the described embodiment is only a part of the embodiment of the present invention, not all of the embodiments. Based on the embodiment of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0021] Example 1: Figure 1 , Figure 2 , Figure 3 , Figure 4 and Figure 5 As shown, a system for digital asset rights confirmation and distribution authentication contains the following steps: the data (group) that has been confirmed is distributed to prove the ownership, use rights and operation rights of the data assets. The rights confirmation distribution system can realize the ownership confirmation of the data and generate digital asset information. In the process of business operation, the security goal of data availability and invisibility is achieved. When a user obtains data use rights through permitted access rights or purchase rights, the system will automatically pull up the proof mechanism to prove the blockchain sub-chain again to establish the deferral of the distribution (use) rights of the group of data (including but not limited to pictures, videos, texts, documents). Digital asset information has financial attributes. In the entire system, the "Youxin Wealth" financial attributes are set to protect the user's income. The system encryption system adopts blockchain technology and quantum computing decryption avoidance mechanism to fully protect the overall security of the system and the security of users' digital assets.

[0022] A system for digital asset rights confirmation, distribution and authentication also includes the following steps: ensuring the authenticity and timeliness of data through multi-dimensional data collection and storage methods.

[0023] The data that has passed the hierarchical review and data labeling will be handed over to the database auxiliary system, which will classify all the data into two categories: valid data and redundant data, and store them in the database. At this time, the storage has obtained the data proof information of the deployed blockchain system and the tamper-proof distributed database verification system.

[0024] When users access the database, they can only access and operate on data groups that are truly available and proven by the blockchain. After obtaining user data and user permissions, the system will use the blockchain proof system to verify whether the user-side verification data and the proof data on the blockchain are consistent. If they are consistent, the system can be accessed and operations can be performed. During the interaction process, valuable data will be generated. When the data accumulates to a certain amount, the system digital asset confirmation process will be triggered.

[0025] The entire work process will be recorded on the blockchain and proven through distributed accounting.

[0026] Prevent malicious tampering or network attacks from causing loss to system data, protect system security and user data; through the content generated by users' proof of the availability of system data, the system will conduct digital asset evaluation on high-value content.

[0027] After verifying the user's operating authority, the data ownership, ownership, management rights and usage rights are confirmed, and it is automatically determined whether digital assets are generated based on the current user's operation. If generated, digital assets are automatically generated and the generated values ​​are submitted to the system for reverse audit. After the audit is passed, the current user records the detailed records of the digital assets received, and automatically appends the detailed records of the digital assets generated to the blockchain system. The calculation results are recorded through encryption algorithms, and system information or user information will not be leaked. Both the user and the system will receive a copy of the same accounting information for mutual verification.

[0028] Encryption Algorithm: There are multiple encryption algorithms in this system to ensure the security level when quantum computing is used to decipher.

[0029] The publicly cited algorithms include Figure 5 The comprehensive encryption method of SHA256 and MD5 listed, the encryption formula is as follows:

[0030] User encryption algorithm - user: SHA256 (NID & blockchain private key & MD5 user real-name information). Enterprise encryption algorithm - enterprise: SHA256 (enterprise private key & NID & MD5 (enterprise unified code & operation code)).

[0031] Interactive fingerprint algorithm - general: SHA256 (initiator encryption algorithm & initiator public key & MD5 (receiver encryption algorithm) & receiver public key & verification code).

[0032] Among them: the & symbol is a symbol of the calculation formula of the computer programming language, and its function is to link the subsequent variable content. For example, if variables A and variable B are combined into variable C, the regular expression is C=A&B.

[0033] N id: automatic numbering by the database.

[0034] Public key: The result of the encryption algorithm.

[0035] Private key: The result of the encryption algorithm.

[0036] SHA256, MD5: These are existing third-party public algorithm files.

[0037] Verification code: The encrypted result generated by the system when a user initiates a blockchain verification request.

[0038] At this point, the entire system completes a workflow.

[0039] Example 2: Figure 1 , Figure 2 , Figure 3 , Figure 4 and Figure 5 As shown, a system for digital asset rights confirmation, distribution and authentication also includes the following steps: user cross-domain login authority acquisition and login verification, data collection step, compilation step, storage step, labeling step, IA calculation step, asset evaluation step, verification algorithm step, IA calculation step, asset evaluation step, verification algorithm step, blockchain certification step, distribution verification step, security step, digital asset generation and rights confirmation step, digital asset distribution and certification step.

[0040] User cross-domain login permission acquisition login verification:

[0041] When a user logs in to the system, the WEB3.0 cross-domain login mechanism will be called. The workflow is that the user enters the login username and password at the login entrance of any site in the cluster or chooses a third-party quick login method to log in to the system. When the user accesses between websites in the cluster, the system will automatically identify whether the current user is logged in and whether the login status is valid. If valid, the system will automatically record the user's access operation record. If invalid, the visitor is regarded as an ordinary browser of the program and has no right to operate restricted content.

[0042] Data collection steps:

[0043] Data is collected through personal user input, corporate user input, existing institutional input import, automatic collection of online public data, satellite remote sensing, sensors, etc. In personal and corporate user data, the source of the current data is proved through blockchain confirmation, and the source is traced through the traceability system to ensure the ownership, use and storage rights of the group of data.

[0044] The compilation step includes the following steps: the data collection data deployment database, including pictures, videos, data, documents, personal information, and corporate information content, is compiled according to the system classification. After the compilation is completed, the system will convert the commercial data through the comprehensive evaluation of the audit, authenticity verification, authorization mechanism, integrity system, and supervision system.

[0045] Storage steps:

[0046] The compiled and redundant data are stored digitally to ensure that the content is stored securely, standardized and accessed smoothly.

[0047] Labeling steps:

[0048] Labeling the compiled data is beneficial to system logic operations and data governance. The system uses an autonomous labeling system to dynamically label the data. Labeling is performed according to the attributes and location of the data. For example, labels such as agricultural product seeds, flower seeds, meteorological data, user data, and image data. At the same time, the data group is identified by a labeling mechanism, such as date labels, private labels, and behavior labels.

[0049] IA is the abbreviation of Intelligent Assistant.

[0050] Asset valuation steps:

[0051] Asset evaluation in this system is divided into five parts: the first is the evaluation of data assets, the second is the evaluation of digital assets, the third is the evaluation of integrity data, the fourth is the evaluation of regulatory data, and the fifth is the evaluation of commercial data.

[0052] like Figure 2As shown in the figure, the working steps of the digital asset rights confirmation and distribution system are described, indicating the asset evaluation steps. Users (individual users, corporate users or regulatory users) log in to the system and enter the IA rights confirmation compilation system when they make an operation request to the system. The system cleans the user data, and the valuable data after cleaning is handed over to the IA system, agricultural blockchain, and IA deployment for distributed storage. The processed data set is handed over to the evaluation system. The evaluation system uses the "game theory method" for logical operations, and the result has a completely credible blockchain proof chain content. Thus, data elements are generated. Data must be formed into a decision model through compiling data flow, resource integration, and value mining. The decision model will carry out the audit warehousing process of the system module. After the audit warehousing is completed, the system also completes the value consensus label of the group of data assets.

[0053] The specific processing steps are as follows:

[0054] Step 1, (Default user is logged in) User data collection such as Figure 2 As shown in the figure, the integration of internal and external data is completed, and DB distributed storage and IA deployment are performed. The data includes database data sets, videos, pictures, documents, audio and other digital data.

[0055] Step 2: The confirmation and compilation system provides a verification encryption algorithm for data and user operations through the blockchain system (referring to the agricultural blockchain system) (the algorithm is consistent with the encryption fingerprint algorithm). At the same time, the correct return value is returned to the confirmation and compilation system, and the confirmation and compilation system performs intelligent processing according to logical requirements. Verification errors will be rolled back to ensure the integrity and immutability of the system. The confirmed data will be re-labeled. The labeled data set information forms data element information.

[0056] Step 3, data element set: refers to the collective term for data element information formed by users and systems within the system for the labeled data set information.

[0057] The verification algorithm steps include data input steps and verification function writing steps.

[0058] Data input steps: clarify the input data type and automatic screening model, and store the qualified data into the database;

[0059] Steps for writing verification functions: perform data classification operations through different classifications of various data to ensure accurate data processing, and store the data in the database after labeling;

[0060] IA calculation steps: Through the assistant model algorithm, the data is re-checked and redundancy cleaned to ensure the classification and cleaning of data and historical data, and to ensure that users can accurately select accurate data when retrieving data in the model;

[0061] Build and use the model steps: write the internal test version, verify the operation of each step, analyze the results and optimize the model;

[0062] Output result step: According to the return value of the usage model, input the verification result to determine whether the solution is correct;

[0063] Blockchain proof step: Encrypt the correct content of the returned result.

[0064] Distribution verification steps:

[0065] Blockchain encryption algorithm is used for distribution and core verification model construction.

[0066] There are several main steps in data reading and distribution verification:

[0067] The cleaned data is stored in various tables in the database. When the user initiates a certain type of data reading request, the distribution system is activated;

[0068] The program verifies user permissions and data authorization. After the calculation is passed, the server responds to the user's operation request and distributes the data. If the data distribution here involves sensitive information, it will also receive double confirmation from blockchain verification;

[0069] After receiving the data, the user end can use the data in compliance with regulations and generate new data;

[0070] When the user save operation is triggered, the system will perform complex operations to verify and save. The main verification steps include user login status, user operation permissions, blockchain verification data formality and storage compliance assessment. When all verifications are passed, the system will write the user's operation into the database and perform blockchain on-chain certification (the blockchain interface will be triggered only if digital asset content is involved).

[0071] Safety steps:

[0072] In terms of system security, we use virtual servers + professional server security software to protect the server; in terms of user data security, when users operate with a lot of data, personal sensitive information and commercial data will be securely processed in an operational and invisible way to ensure the security of data and sensitive information.

[0073] Steps for the generation and confirmation of digital assets:

[0074] The generation of digital assets is the interaction between users and the system during operation. When valuable operations are generated or valuable data is provided to the system, the system will generate digital assets, which will be distributed to the user's account. The confirmation of user assets is mainly carried out through legality, compliance and authorization.

[0075] Distribution certification of digital assets:

[0076] After the digital asset is confirmed, it needs to be distributed and authenticated. The working process of the digital asset confirmation, distribution and authentication system is the data collection step, distributed storage step, game theory logic operation step, confirmation and compilation step to generate data elements, submission of system modules for audit and storage step, and value consensus distribution and authentication. At this point, the entire workflow ends.

[0077] Embodiment 3: A system for digital asset rights confirmation, distribution and authentication, further comprising the following steps:

[0078] Agricultural blockchain enterprise-level system functions. Figure 3 As shown, with the goal of data collection and data cleaning, through user registration and login, operation permissions are obtained, and the data input by individuals and enterprises, the existing input and export of various channels and institutions, the automatic collection of public data on the Internet, and the data imported or collected by technical parties such as sensors and satellite remote sensing are entered into the database for review through the system data entry.

[0079] The system data entry provides a unified data type judgment standard to ensure that the information collected by the system meets the system requirements.

[0080] After the data entry program classifies the collected data, it is stored in the data classification database and submitted for manual review. The manual review data is automatically batch processed by AI intelligent people and the judgment mechanism is submitted for manual review for the second time.

[0081] The audited data is evaluated based on actual needs, and the return value is True or False. When it is True, it means that the group of data has data value and can generate digital assets. The data asset data will be confirmed and distributed.

[0082] like Figure 3 As shown, through user requests and the use of existing database data, functions such as permission confirmation, data request, data cleaning, data authentication, data secondary redundancy, and precise logical operations of core data are performed. The data generated here can be used as evaluation data of the integrity system for parallel evaluation to improve the efficiency of system operation. The return value evaluated by the integrity system will be added to the data set for backup.

[0083] After a series of data processing, the data set now has a collection of data elements and integrity data. This set of data will present available and encrypted information for distributed storage.

[0084] When the system generates a new data set, it will perform blockchain certification and reverse verification to provide the system and users with an unalterable data set, and provide the necessary calculation results for a series of operations in the system involving identity verification, business information, deployment information, and commercial data conversion. After the results are cleaned, digital assets can be formed. At this time, digital assets have commercial value and can be managed through the user background.

[0085] Its working principle is that the authorization mechanism generates enterprise-level keys (public key, private key and fingerprint code, the fingerprint code is also called ED authorization code) according to user information. Through the key, users can implement three-party interface functions and asset available but invisible operations. Specific function implementation and function description tree:

[0086] Public key: refers to the encryption algorithm that the user must use when encapsulating a data group. It consists of a string of characters, and the algorithm formula is consistent with the encryption algorithm formula.

[0087] Private key: refers to the private key content randomly generated by the user when generating the public key. The private key consists of a string of characters, and the algorithm formula is consistent with the encryption algorithm formula. The purpose of the private key is that when two users query information, the query string must contain the public key of the queried data group in order to be queried. When modifying the data group, only the user with the private key of the data group can modify it. This algorithm can effectively prevent the risk of data being maliciously tampered with.

[0088] Credit system: a reputation system with tracking and counter-proof. The system is used to store and record users, and provide users with credit score records. The steps for calculating the user's credit score are: basic information step, real-name authentication step, business information step, asset evaluation step, credit deduction step, penalty deduction step, and other operation steps for the deduction step.

[0089] Identity verification: Identity verification and user registration are interdependent. The personal information registered by the user during registration, or the bound third-party login information, will affect the original credentials of identity verification, which are used to verify the user's login status and determine the logged-in user's operation permissions.

[0090] Specific operation process:

[0091] User registration: Enter the registration page and follow the prompts to register a user.

[0092] Identity verification: divided into three situations

[0093] (1) Direct login: Enter the login information. The system securely transmits the user information to the server through the https protocol for verification. If the user name, password, and verification code are all correct, they will be recorded to prove that the user has successfully logged in, and the permission information will be returned to the user's browser.

[0094] (2) Third-party login: When a user chooses one-click login or WeChat quick login, the system calls the corresponding third-party interface data. If the correct login information is returned, the system will determine that the user has successfully logged in. Otherwise, the system will prompt the user that the login has failed and guide the user to log in again or register a new user.

[0095] (3) Default status judgment: When a user opens a browser or program, the system first determines whether the current user is logged in. If the user is logged in, a secondary verification will be performed. If the verification passes, the user access data will be written. If the user is not logged in, the system will execute the direct login guidance.

[0096] Supervision system: The supervision system is an interface for system security and management personnel to supervise system data. This interface is different from the system super administrator backend. The supervision system is a simple supervision system provided for users to monitor abnormal prompts and status display of their own data and related data.

[0097] Digital asset management: This management interface provides users with simple and convenient management of their own digital assets, detailed viewing, and digital asset query functions.

[0098] The generation of digital assets from data to assets has gone through tedious verification, redundancy, and intelligent calculations. After the available data is proved by blockchain, the system operation log is recorded. The log will be available for users to check on the digital asset management page, and the data will be returned to the system. The system provides users with digital asset platforms and services. These service contents will all be synchronized to the "Nongyu Exploration Application Platform" to provide reliable and real data services for system simulation scenarios. Provide protection for the necessary data required for the system architecture.

[0099] like Figure 3 The figure shows the system functional architecture flow chart, which covers the user registration, login, review, authorization, evaluation, supervision, conversion and management processes. This process is activated when the initial data request is generated.

[0100] After the user login information is verified, the user enters the operation interface. The operation content is submitted to the system according to the user's needs. The user data process processed here is integrity verification, data flow verification, information comparison and return of correct values. Asset evaluation and authorization certification are carried out through correct values.

[0101] All completed data enters the commercial data conversion system according to the rules. The workflow of commercial data conversion is as follows: the system receives a user request, starts the commercial data conversion process, calls the trusted mechanism for judgment, builds an asset model for the passed data, and introduces the integrity system mechanism after the asset model is built to complete the commercial data conversion of this group of data. The results are packaged and submitted to the asset title distribution system for processing.

[0102] After the asset title confirmation and distribution system is activated, data is written to the user end, the evaluation end, the integrity end, the digital asset end, and the blockchain proof is stored in the sub-chain. The workflow of this module ends here.

[0103] Example 4: Figure 1 , Figure 2 , Figure 3 ,and Figure 4 As shown, a system for digital asset rights confirmation, distribution and authentication also includes the following steps:

[0104] Security protection of original data. The original data provided by users and the original data generated by the system are stored in domestic high-level security service provider servers, which have excellent defense against ordinary hacker attacks. During the operation and transmission process, the data packet only provides the public key information of the operation instructions and verification information. This security model avoids higher-level hacker attack methods such as packet interception, and fully protects the security of original data and digital assets.

[0105] The protection mechanism for large-scale data in the industry adopts the construction of a huge agricultural database group, which provides a basic guarantee for the architecture of the entire system data. In terms of storage security, cloud servers and multi-point backup are used to ensure the security of original data. At the same time, through a strict access control mechanism, it is ensured that data operations can only be accessed through legal rights confirmation, avoiding hackers, data interception, DDOS attacks and other common hacking methods to borrow goods and tamper with data. The blockchain encryption algorithm is used to complete the system operation verification to ensure the security of the operation process and data rights confirmation.

[0106] The system adopts cross-platform verification function to facilitate users to conduct various operations such as review, operation, and signing of data clusters.

[0107] The verification and operation process of the entire system are completed on the server side or in the program pool.

[0108] The system stores videos, files, audio, pictures and data in different categories. Figure 3 The authorization mechanism is accessed and verified and stored through public key authorization. When other users query the operation, the system will automatically verify the server in an invisible way (the source data cannot be obtained). If the verification is passed, the operation log will be recorded and the data packet available to the user will be returned to prove the legitimacy of the data. In this way, the operation encryption record is made for each operation node in the system to ensure that all data in the entire system is verified and encrypted. No one (including illegal interception or malicious attack) can make malicious modifications.

[0109] Distribution and authentication method of digital assets. Through user operations, the system combines redundant system data into a new data set suitable for the current user. Through multiple user operations and other users' attention to this data set, the system automatically generates quantitative digital assets for distribution. The system is strictly implemented in accordance with security deployment and performs quantitative AI calculation evaluation based on the value of user data.

[0110] The authentication logic formula is:

[0111] TT=SF=AF=JG=PG=SA=SDATA=TD

[0112] TT: indicates whether the distribution authentication is on or off. If the return result is True, the distribution is allowed, otherwise it is an error.

[0113] SF: represents the default value Fa l se. The credit system reads the user's credit score, determines the operation authority and returns the value.

[0114] AF: Indicates that the default value is False. The system audits whether the operation results of the verification data have passed the audit. If the data passes the audit, it returns True, otherwise it returns False.

[0115] JG: Indicates that the default value is False, and the system returns the value returned by the supervision system. When the supervision data meets the system requirements and operation safety, True is returned.

[0116] PG: Indicates that the default value is False. The system reads the asset evaluation results of this group of operations and returns True if there is value.

[0117] SA: Indicates that the default value is True. The system calls the authorization mechanism. If the authorization of the current user and the current data set is not necessarily rejected, it returns True. Otherwise, it returns False and gives an authorization prompt.

[0118] SDATA: indicates that the default value is True, and the system's management rights and lock status for this set of data sets are False. When the lock status is True, it means that the data set is being used by other users or systems, and currently no operations can be performed, and False is returned.

[0119] TD: Indicates that the default value is True, indicating the port status, that is, the database access port is consistent with the user operation port authorization. This field is also the value assigned by the user super user to limit the user's operation rights.

[0120] When TT=True, the system completes writing and returns to the user operation interface.

[0121] When TT≠Ture, the system performs a rollback operation and returns to the above process.

[0122] Digital assets that have been authenticated and distributed can be managed and maintained as attributes with financial value. The system will record the increase and decrease of the digital assets to protect the rights and interests of the asset owners.

[0123] Digital asset operation method. The system provides users with digital asset rights confirmation and distribution authentication services. Its quantitative method follows the rule that the minimum quantitative amount is 0.1 and the minimum quantitative amount for a single increase or decrease is 0.1. That is, when the user operates, the user can operate the minimum unit of 0.1 digital assets.

[0124] A peer-to-peer verification method for digital assets and financial value. The number of digital assets in the system is evaluated and entered into a table based on the user's data value. After entering the table, the user can view and manage the content in the background.

[0125] The value of digital assets will be given as a reference value based on the average distribution amount when the user queries for user evaluation.

[0126] When users use digital assets to conduct physical transactions, the system will transfer the initiator's digital assets to the recipient. After completing the order transaction, the recipient sends a payment request to the system in the form of a settlement. The system completes the payment of digital assets after confirming that the buyer has actually received the goods or services. The amount of digital assets reduced by the buyer is equal to the amount of digital assets increased by the seller.

[0127] The scope of application of digital assets is not limited to this system. Under the premise of the same third-party consensus mechanism, digital assets can be transferred to other platforms for continued use through cross-domain interaction. Its value is based on the system value when the user transfers out.

[0128] Example 5: Figure 1 , Figure 2 , Figure 3 ,and Figure 4 As shown, a system for digital asset rights confirmation, distribution and authentication also includes the following steps:

[0129] The value of user data is confirmed and distributed. The data (group) that has been confirmed is distributed to prove the ownership, use and operation rights of data assets. The confirmation distribution system can realize the ownership confirmation of data and generate digital asset information. In the process of business operation, the security goal of data availability and invisibility is achieved. When a user obtains data use rights through permitted access rights or purchase rights, the system will automatically pull up the proof mechanism to prove the blockchain sub-chain again to establish the deferral of the distribution (use) rights of the group of data (including but not limited to pictures, videos, texts, documents). Digital asset information has financial attributes. In the entire system, financial attributes are set to protect the user's benefits. The system encryption system adopts blockchain technology and quantum computing decryption avoidance mechanism to fully protect the overall security of the system and the security of user digital assets.

[0130] Scientific data classification ensures that user data generates a regular storage chain in logical operations, ensuring that the data between users has a certain degree of relevance and comparability. When evaluating the data of different users separately, equivalent logical operations will be generated to ensure the objectivity and accuracy of the value of user data. The steps for confirmation of ownership are: data collection step, compilation step, storage step, labeling step, cleaning step, IA calculation step, asset evaluation step, verification algorithm step, verification algorithm step, blockchain proof step, distribution verification step, security step, digital asset generation and confirmation step, and digital asset confirmation information distribution.

[0131] Data distribution is protected by blockchain encryption and data asset information encryption superposition algorithm to ensure that in the process of data use, most of the information is protected by an available invisible protection mechanism. The protection steps are: the system reads user information and verifies the ownership of the data or identifies the current user's operating authority for the current data group, and performs data protection processing if it meets the requirements. The data is processed by blockchain encryption. After the system calculates the available information of the data, it generates new "report data". The report data is stored in the cloud server and user server after being proven by the blockchain. In the data of individual users and corporate users, the ownership of the current data is proved by blockchain confirmation, and the source is traced through the traceability system to confirm the ownership, use rights, operation rights and access rights of the group of data.

[0132] The digital asset rights confirmation and distribution also includes the following steps:

[0133] In the data lake, when the digital asset information of the data group that has not been confirmed cannot be retrieved in the system database, the system will determine that the current data group is "unchained" data and mark it with a label to reduce the frequency of system operation data and improve the system operation speed. For the data group marked as unchained, when the user pulls up the operation and confirms the rights, the system will give priority to processing this group of data and prompt the user whether it needs to be chained for confirmation. If the user cancels, the subsequent normal operation will continue. When the user chooses to go on the chain, the system will perform data cleaning, data redundancy, data logical operation, data blockchain proof, confirmation value assessment, confirmation proof, and write to the system, indicating that the chain is successful. When the user deletes the data, the system automatically recalculates the value of the associated data assets and automatically writes them to the subchain of the current user's personal database and the system database. This distributed chain accounting method avoids the asynchrony of data asset value when the data between users is not synchronized. When user A deletes data S1 in the data group, and user B's data group also contains S1, user B's data is not recalculated due to user A's operation. This logical calculation technology avoids the relative evaluation method that does not reduce the value to users when a large amount of data in the data lake is deleted or redundant. This method solves the inaccuracy of the definition of data value in big data processing.

[0134] The specific processing steps are as follows:

[0135] Step 1: The data sets, videos, pictures, documents, audio, and digital data in the data group are grouped and marked by the system. When the user needs to confirm the ownership of the data group, the system confirmation mechanism is triggered, and the system automatically redundancies valuable information and stores and records it.

[0136] Step 2: The system intervenes in the assistant function. Through its internal complex operations, it ensures that the blockchain system, application pool, and distribution system work properly and reversely verifies the confirmation results. When the system confirms that the data has a single source, it provides a verification encryption algorithm for the data group and user operation, and returns the correct return value to the application pool. The application pool performs intelligent processing according to system requirements, verifies the wrong operation, and rolls back to ensure the integrity and immutability of the system. When the system completes the entire process and returns the correct value, the system generates a digital asset information.

[0137] Step 3. Application pool: refers to the storage of various application files and program files in the system.

[0138] Step 4. The newly generated digital asset information will be stored by the system in the personal database and cloud database. This distributed accounting method can avoid the possibility of user-side data being maliciously tampered with or maliciously modified by hackers during daily operations.

[0139] The verification algorithm steps include data logic operation steps and verification function writing steps.

[0140] Data logic operation steps: Build a large model, define data classification into clear types and automatic screening models, and store the data that meets the requirements;

[0141] Steps for writing verification functions: perform data classification operations through different classifications of various data to ensure accurate data processing, and store the data in the database after labeling;

[0142] IA calculation steps: Through the assistant model algorithm, the data is re-checked and redundancy cleaned to ensure the classification and cleaning of data and historical data. When users retrieve data in the model, they can accurately select accurate data;

[0143] Output result step: Verify the verification result based on the return value of the usage model, determine whether the solution is correct, and roll back if it is incorrect. Correctly record the digital asset ownership and automatically distribute the ownership information.

[0144] The blockchain distributed accounting system is used to ensure the integrity and non-tamperability of digital asset confirmation information. There are several steps in integrity verification: the original data is not directly modified or moved, and the digital assets generated before are not affected when the user operates, deletes, moves, or modifies the data. The data elements of the data group of the original data source confirmation will not be deleted. The new data assets after this modification will generate new blockchain nodes with the latest data information; there are several steps in non-tamperability: the cleaned data is stored in each table of the database. During the new operation process, the system will read the original data and the corresponding blockchain proof data for comparison, and the verification system will be triggered; when the original data changes, the system will generate a new proof chain, which will "overwrite" the proof asset information of the original chain, provide the latest data set for subsequent users and ensure the validity of the data; the digital assets that have been confirmed belong to the operating user of the confirmed assets, and the group of data will not be repeatedly obtained by other users at the same time. When other users operate on the same data, if there are overlapping operations or valuable updates, the system will provide new digital assets to the new users, so as to avoid the risk of repeated pricing of data.

[0145] It has a secure protection system. The security steps are as follows: in terms of system security, it uses virtual servers + professional server security software to protect the server; in terms of user data security, when users operate a lot of data, personal sensitive information and commercial data will be processed in an operational and invisible way to ensure the security of data and sensitive information. In terms of property rights security, it uses logical deduplication and avoids repeated calculations to achieve the authenticity of the value of the data lake. In terms of distribution authentication security, it uses real-time verification, blockchain encryption, and distributed cloud storage to ensure the traceability and non-tamperability of system records.

[0146] Steps for the generation and confirmation of digital assets: The generation of digital assets is the interaction between users and the system during operation. When valuable operations are generated or valuable data is provided to the system, the system will generate digital assets, which will be distributed to user accounts. The confirmation of user assets is mainly carried out through legality, compliance and authorization.

[0147] User data assets have financial attributes and are a new channel for user benefits. The integrity, security and similarity claims of the system also include that the secondary development model or interface authorized by the system does not have the authorization to independently generate digital assets. At the same time, the digital assets generated by it do not appear in the chain records in the system and are also considered invalid digital assets.

[0148] Title confirmation and distribution system: Figure 4 As shown, the rights confirmation and distribution system is the system description name.

[0149] The role of the rights confirmation and distribution system is to develop programs for the confirmation and distribution of data assets or digital assets. It is one of the core functions to ensure the operation of the system.

[0150] System: refers to the entire contents of the present invention and the contents to be developed and improved in the future. It is a general term for a collection of operating processes, such as an application pool system, which refers to a combination of applications. The functions of this group of application pools have logical algorithms and cannot be used independently.

[0151] Digital assets: refers to the valuable value generated by the system through logical operations on user data and related data within the system. This number will be stored in the user account and the system account.

[0152] Blockchain distributed accounting: The working characteristic of blockchain is to store encrypted strings through the same data in different server databases. This storage method is called distributed storage. Blockchain distributed accounting is based on the working characteristics of blockchain. The digital asset process generated in the system and the user operation sensitive links are calculated according to the AI ​​model formula. This recording process is called distributed accounting. This accounting method has the technical advantage that the data cannot be tampered with.

[0153] WEB3.0: refers to the reference of the concept of Internet 3.0, which is characterized by the fact that users can realize cross-domain login, have a unified identity code, have a unified digital account and other consensus elements, and this invention quotes this part of the content. The core technology of WEB3.0 in this system is: it has the ability to develop cross-domain identification and the ability to provide users with cross-domain login. At the same time, it has a complete workflow in the development, call and development of metaverse materials.

[0154] Calculation formula: In the calculation formula to which the present invention relates, “+” represents addition of mathematical formulas, such as 1+1=2; “-” represents subtraction of mathematical formulas, such as 1-1=0.

[0155] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A system for digital asset rights confirmation, distribution and authentication. It is characterized in that The value of user data is confirmed and distributed. The data or group that has been confirmed is distributed to prove the ownership, usage rights and operating rights of the data assets. The confirmation and distribution system realizes the confirmation of data ownership and generates digital asset information. When the user obtains the right to use the data through the permitted access rights or the purchase rights, the confirmation and distribution system automatically pulls up the proof mechanism to prove the blockchain sub-chain again to confirm the distribution or deferred use rights of the group of data, including but not limited to pictures, videos, texts, and documents. The system encryption system adopts blockchain technology and quantum computing decryption avoidance mechanism.

2. A digital asset rights confirmation, distribution and authentication system according to claim 1, It is characterized in that User data is evaluated separately, and no equivalent logical operations are generated at the same time. The steps for confirming ownership are: data collection step, compilation step, storage step, labeling step, cleaning step, IA calculation step, asset evaluation step, verification algorithm step, blockchain proof step, blockchain distributed accounting step, distribution verification step, security step, digital asset generation and confirmation step, and digital asset confirmation information distribution.

3. A digital asset rights confirmation, distribution and authentication system according to claim 1, It is characterized in that The data distribution adopts the superposition algorithm of blockchain encryption and data asset information encryption. The system reads the user information and verifies the ownership of the data or identifies the current user's operation authority over the current data group. Data protection processing is performed if it meets the requirements. The data is processed using blockchain encryption. The system calculates the available information of the data and generates new "reporting data". The reporting data is stored in the cloud server and user server after being proven by the blockchain. In the data of personal users and corporate users, the ownership of the current data is proved by blockchain confirmation, and traced through the traceability system to confirm the ownership, use rights, operation rights and access rights of this group of data.

4. A digital asset rights confirmation, distribution and authentication system according to claim 1, It is characterized in that The digital asset rights confirmation and distribution also includes the following steps: In the data lake of the rights confirmation and distribution system, when the digital asset information of the data group that has not been confirmed cannot be retrieved in the system database, the system will determine that the current data group is "unchained" data and mark it with a label to reduce the frequency of system operation data. When the user pulls up the operation and confirms the rights, the rights confirmation and distribution system will give priority to processing this group of data and prompt the user whether it needs to be chained for confirmation. If the user cancels, the subsequent normal operation will continue. When the user chooses to go on the chain, the rights confirmation and distribution system will perform data cleaning, data redundancy, data logical operation, data blockchain proof, rights confirmation value assessment, and proof of rights. After writing into the system, it means that the chain is successful. When the user deletes data, the system automatically recalculates the value of the associated data assets and automatically writes it to the current user's personal database and the subchain of the system database. When user A deletes data S1 in the data group, and user B's data group also contains S1, user B's data is not recalculated due to user A's operation. The specific processing steps are as follows: Step 1: The data sets, videos, pictures, documents, audio, and digital data in the data lake are grouped and labeled by the system. When the user needs to confirm the ownership of the data group, the system confirmation mechanism is triggered, and the system automatically redundancies the valuable information and stores and records it. Step 2: Reversely verify the confirmation result. When the system confirms that the data has a single source, it provides a verification encryption algorithm for the data group and user operation, and returns the correct return value to the application pool. The application pool performs intelligent processing according to system requirements, verifies the wrong operation, and rolls it back. When the system completes the entire process and returns the correct value, the system generates a digital asset information. Step 3, Application pool: refers to the storage of various application files and program files in the system. Step 4: The newly generated digital assets are stored by the system in the personal database and cloud database.

5. A digital asset rights confirmation, distribution and authentication system according to claim 2, It is characterized in that The verification algorithm steps include data logic operation steps and verification function writing steps. Data logic operation steps: Build a large model, define data classification into clear types and automatic screening models, and store the data that meets the requirements; Steps for writing verification functions: perform data classification operations through different classifications of various data to ensure accurate data processing, and store the data in the database after labeling; IA calculation steps: Through the assistant model algorithm, the data is re-checked and redundancy cleaned to ensure the classification and cleaning of data and historical data. When users retrieve data in the model, they can accurately select accurate data; Output result step: According to the return value of the usage model, verify the verification result, determine whether the solution is correct, roll back if incorrect, correctly record the digital asset ownership and automatically distribute the ownership information.

6. A digital asset rights confirmation, distribution and authentication system according to claim 2, It is characterized in that Blockchain distributed accounting, including integrity verification, has the following steps: the original data is not directly modified or moved, and the digital assets generated before will not be affected when the user operates, deletes, moves, or modifies the data. The data elements of the data group that has been confirmed by the original data source will not be deleted. The new data assets after this modification will generate new blockchain nodes with the latest data information; in terms of non-tamperability, there are the following steps: the cleaned data is stored in various tables of the database. During the new operation, the system will read the original data and the corresponding blockchain proof data for comparison, and the verification system will be triggered; when the original data changes, the system will generate a new proof chain, which will "cover" the proof asset information of the original chain, provide the latest data set for subsequent users and ensure the validity of the data; the digital assets that have been confirmed belong to the operating user of the confirmed assets, and the group of data will not be repeatedly obtained by other users at the same time. When other users operate on the same data, if there are overlapping operations or valuable updates, the system will provide new digital assets to the new users.

7. A digital asset rights confirmation, distribution and authentication system according to claim 2, It is characterized in that The security steps are as follows: virtual servers plus professional server security software are used to protect the server; in terms of user data security, when users operate on a large amount of data, personal sensitive information and commercial data will be securely processed in an operational and invisible manner; in terms of property rights security, logical deduplication and avoidance of repeated calculations are used to realize the authenticity of the data lake value; in terms of distribution and authentication security, real-time verification, blockchain encryption, and distributed cloud storage are used to achieve data traceability and non-tamperability.

8. A digital asset rights confirmation, distribution and authentication system according to claim 1, It is characterized in that Steps for the generation and confirmation of digital assets: The generation of digital assets is the interaction between users and the system during operation. When valuable operations are generated or valuable data is provided to the system, the system will generate digital assets, which will be distributed to user accounts. The confirmation of user assets is carried out through legality, compliance and authorization.

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