A blockchain closed-loop management method and system based on a global value governance component

Abstract

This invention belongs to the field of blockchain governance and system integration technology. It fully integrates all core value governance components, including a global atomic foundational root carrier, intelligent trust coding, parallel sharding and hybrid consensus, three-question semantic mapping, atomic ownership certificates, trusted data space access, global trust governance, multi-dimensional value accounting, hybrid blockchain collaboration, and unified value unit settlement. With the foundational root carrier and intelligent trust coding as the global foundation, parallel sharding and hybrid consensus as performance and security guarantees, the trusted data space as the cross-domain entry point, semantics-ownership-trust-transaction-accounting-settlement as the core of the entire chain, a global standard system as business support, and intelligent trust coding's full-chain traceability and global anomaly control as a safety net, it achieves a final closed loop for global value governance. This invention possesses advantages such as high performance, high reliability, cross-domain compliance, full-chain atomicity, global standardization, closed-loop value circulation, and compliant auditability, providing a system-level closed-loop management solution for global value governance.

Description

Technical Field

[0001] This invention belongs to the technical fields of blockchain full-domain governance, distributed parallel computing, trusted value circulation and full-chain compliance supervision, specifically involving a blockchain closed-loop management method and system based on full-domain value governance components. Background Technology

[0002] Traditional value governance systems lack unified data carriers and full-domain coding, have no compliant entry point for cross-domain data interoperability, suffer from an imbalance between blockchain performance and security, and have fragmented links in transactions, ownership, trust, accounting, and settlement. Without the support of a unified standard system, ledger compliance is insufficient, regulatory penetration is weak, and it is impossible to form a closed loop of the entire chain from data structure, coding, cross-domain interoperability, blockchain, semantics, ownership, trust, transactions, accounting, settlement to compliance supervision. This results in a fragmented system, poor consistency, difficulty in traceability, and prominent compliance risks, making it unable to support the large-scale implementation of full-domain value governance.

[0003] Basic Root Carrier: The isomorphic basic root carrier of all things, serving as a standardized data carrier for all objects in the entire domain; Smart Credit Code: A globally unique smart credit code that serves as a unique identity identifier across the entire domain; Parallel fragmentation: a zero-skew high-performance fragmentation mechanism based on intelligent information coding; Hybrid consensus: a layered secure consensus mechanism; Trusted Data Space: A connector for compliant cross-domain data access; Semantic mapping: A unified transaction semantic framework; Atomic ownership certificates: A system of certificates for ownership operation and confirmation, demand, and linkage; Multiple types of credit entities: the core objects of comprehensive trust governance; Distributed transactions: end-to-end atomicity guarantee mechanism; Multidimensional value accounting: a comprehensive value accounting system; Unified unit of value: A unified unit for value circulation and settlement across the entire region; Double Helix Ledger: A system where the statutory historical cost ledger and the management value ledger are of the same origin and synchronized. A comprehensive standard system: standardized roles, relationships, responsibilities, standard affairs, standard transactions, and a rule base. Summary of the Invention

[0004] This invention aims to integrate end-to-end underlying capabilities to construct a closed-loop system for end-to-end value governance that features standardized coding, cross-domain compliance, high-performance sharding, highly reliable consensus, unified modeling, legalized ownership, subject governance, atomic transactions, accurate accounting, reliable settlement, compliant ledgers, transparent supervision, and full-chain traceability. This system breaks down end-to-end technical barriers and enables the complete implementation of end-to-end value governance from underlying data to upper-level applications.

[0005] II. Technical Solution This invention fully integrates all core value governance components, including a global atomic foundational root carrier, intelligent trust coding, parallel sharding and hybrid consensus, semantic mapping, atomic ownership certificates, trusted data space access, global trust governance, multi-dimensional value accounting, hybrid blockchain collaboration, and unified value unit settlement. It uses the foundational root carrier and intelligent trust coding as the global foundation, parallel sharding and hybrid consensus as performance and security guarantees, the trusted data space as the cross-domain entry point, semantics-ownership-trust-transaction-accounting-settlement as the core of the entire chain, a global standard system as business support, and intelligent trust coding's full-chain traceability and global anomaly control as a safety net, thus achieving a final closed loop for the entire chain of global value governance. The overall technical solution is as follows: 1. Based on the isomorphic foundational carrier and globally unique intelligent credit coding, standardized encapsulation and unique identity confirmation of all subjects and objects are achieved; 2. High-concurrency parallel processing and zero-skew routing scheduling are achieved based on the classification bit operation of intelligent credit coding; 3. Node trustworthiness and transaction security are ensured through a layered security consensus mechanism; 4. Cross-domain data standardization and compliance verification are completed through a trusted data space cross-domain access connector, enabling cross-domain data interoperability and sharing; 5. Based on a unified transaction semantic framework, semantic parsing of various business transactions is performed, and standard transaction templates are matched for unified processing to achieve standardized transaction management; 6. Automatic matching is performed according to business scenarios and subject types. 7. Establish standardized roles, entity relationships, and rules for the division of rights and responsibilities, clearly defining the boundaries of rights and responsibilities at each stage; 8. Utilize a unified rule base across the entire domain to perform hierarchical verification and approval of transaction access, ownership operations, accounting standards, and settlement processes, and implement circuit breaking and isolation for abnormal operations to ensure business compliance; 9. Execute standardized ownership operations, simultaneously solidifying on-chain ownership certificates for scenarios such as asset transfers and changes in usage rights, completing on-chain ownership confirmation and notarization; 10. Based on full-domain trust governance technology, conduct trust access audits for multiple types of credit entities, implement refined permission control, and dynamically adjust the entity's trust level according to business execution; 11. Activate a distributed transaction end-to-end atomic guarantee mechanism, covering... The system covers all aspects of ownership operation, multi-dimensional accounting, unified value unit settlement, and double-helix ledger synchronization, ensuring data consistency and atomicity at each stage; 11. Through a multi-dimensional value accounting system, it collaboratively calculates multi-dimensional data such as environment, affairs, personnel, finance, and responsibilities, and calibrates with market scarcity coefficients to complete the quantification of all factors of value; 12. It uniformly processes standard transactions and transaction sub-scenarios, matching corresponding transaction rules according to business types to ensure standardized and regulated transaction processes; 13. Relying on a unified value unit settlement system, it completes cross-entity and cross-scenario value circulation and atomic settlement, ensuring accurate and reliable settlement; 14. It launches a double-helix ledger system to realize the statutory historical cost ledger. 15. Maintain consistency and compliance isolation with the management value ledger, strictly adhere to accounting standards, and ensure that the ledger data is compliant and auditable; 16. Upload all business data, ownership certificates, accounting results, settlement records, and ledger data to a hybrid blockchain for distributed notarization, and achieve constant-level full-link traceability based on intelligent coding; 17. Through a global anomaly monitoring system, identify various anomalies in the business process in real time, and block, rectify, or automatically roll back the entire chain according to the anomaly level to ensure that anomalies are controllable; 18. Launch a regulatory penetration audit module to support regulatory authorities in conducting compliance verification of the entire value governance process, achieving traceable and verifiable audit data, and meeting compliance regulatory requirements.

[0006] III. Beneficial Effects Compared with the prior art, the present invention has the following beneficial effects: Complete closed-loop system: Integrating technologies across the entire chain to achieve a complete closed loop from underlying data to upper-level supervision, with logical consistency, rigorous dependencies, and no technological gaps; High performance and high concurrency support: Parallel sharding with zero skew design, high concurrency processing is achieved based on intelligent information coding classification bit operation, solving the performance bottleneck of traditional blockchain; Highly reliable security assurance: a hybrid consensus mechanism that balances security and execution efficiency; Cross-domain compliant interoperability: Relying on the trusted data space, it realizes standardized access and compliance verification of cross-domain data, breaks down data silos, and ensures the compliance of cross-domain collaboration; End-to-end atomicity guarantee: Distributed transactions cover all aspects of ownership, accounting, settlement, and ledger, ensuring data consistency and atomicity throughout the entire process; Comprehensive standardization support: Built-in comprehensive standard system to achieve standardization of transactions, roles, rights and responsibilities, and transactions across all scenarios, reducing operating costs; Value circulation closed loop: Using a unified value unit as the settlement unit, it connects multi-dimensional value accounting and double helix ledger to achieve a complete closed loop of value quantification, circulation, settlement and accounting; Compliant and auditable: The double-helix ledger strictly follows accounting standards, is consistent and synchronized, and is compliantly isolated. Combined with intelligent coding for full-chain traceability and regulatory penetration auditing, it meets regulatory compliance requirements. Controllable and traceable anomalies: Global anomaly blocking, hierarchical processing and automatic rollback mechanism, combined with intelligent coding constant-level traceability, enables anomalies to be identifiable, blocked, rolled back and accountable; Widely adaptable to various scenarios: Applicable to multiple scenarios such as enterprise value governance and rural revitalization governance, providing a system-level closed-loop management and control solution for comprehensive value governance. Attached Figure Description

[0007] Figure 1 A diagram of the full-chain closed-loop architecture for blockchain in the context of comprehensive value governance; Figure 2 A flowchart for end-to-end collaborative execution and global exception rollback; Explanation of reference numerals in the attached figures: 1100 - Global Encapsulation Layer; 1101 - Parallel Sharding Layer; 1102 - Hybrid Consensus Layer; 1103 - Trusted Data Space Cross-Domain Access Layer; 1104 - Semantic and Standard Transaction Layer; 1105 - Standardized Role-Relationship-Rights and Responsibilities Layer; 1106 - Rule Base Validation Layer; 1107 - Ownership Operation and Evidence Layer; 1108 - Multi-Type Subject Trust Control Layer; 1109 - End-to-End Atomic Transaction Layer; 1110 - Multi-Dimensional Value Accounting Layer; 1111 - Standard Transaction Processing Layer; 1112 - Unified Value Unit Settlement Layer; 1113 - Double Helix Ledger Synchronization Layer; 1114 - Distributed Evidence Storage and Traceability Layer; 1115 - Global Exception Rollback Layer; 1116 - Regulatory Penetration Audit Layer. Detailed Implementation

[0008] The present invention will be further described in detail below with reference to specific embodiments: the enterprise entity, the assets under the enterprise name, and related business data are fully encapsulated in a standardized manner through the universal isomorphic basic root carrier, and a unique intelligent credit code is assigned to the whole domain, so as to realize the rigid binding between the subject and the object and the data and the code, and complete the unique identity confirmation and filing of the whole domain. Based on parallel sharding technology, the system achieves zero-skew optimal routing scheduling by classifying and operating the intelligent information coding, and allocates the encapsulated entity, assets, and data to the corresponding shards to achieve high-concurrency parallel processing; at the same time, a hybrid consensus mechanism is launched to complete node trust verification and transaction security assurance. Through the trusted data space cross-domain access connector, enterprises can compliantly access cross-domain business data, complete data standardization conversion and compliance and authenticity verification, and achieve cross-domain data interoperability and sharing. Based on a unified transaction semantic framework, semantic parsing is performed on various business transactions of an enterprise, and standard transaction templates are matched for unified processing to achieve standardized management and control of enterprise transactions. Based on the enterprise's business scenarios and entity types, standardized roles, entity relationships, and rules for the division of rights and responsibilities are automatically matched to clarify the boundaries of rights and responsibilities for each position and each process; The unified rule base across the entire domain is invoked to perform hierarchical verification and approval of enterprise transaction access, ownership operation, accounting standards, settlement process, etc., and to implement circuit breaking and isolation for abnormal operations to ensure business compliance. Standardized ownership operations are performed to simultaneously solidify on-chain ownership certificates for scenarios such as enterprise asset transfer and change of usage rights, thereby completing on-chain ownership confirmation and evidence storage. Based on the full-domain trust governance technology, trust access is reviewed for enterprises as credit entities, refined access control is implemented, and the enterprise's trust level is dynamically adjusted according to business performance. A distributed transaction end-to-end atomicity guarantee mechanism is launched, covering all aspects of ownership operations, multi-dimensional accounting, unified value unit settlement, and double helix ledger synchronization, to ensure data consistency and atomicity at each stage; Through the multi-dimensional value accounting system, the enterprise's multi-dimensional data, including environment, affairs, personnel, finance, and rights and responsibilities, are collaboratively calculated and calibrated with market scarcity coefficients to complete the quantification of the value of all enterprise elements. Standardized transactions and specific transaction scenarios are handled uniformly, and corresponding transaction rules are matched according to the enterprise's business type to ensure that the transaction process is standardized and regulated. Relying on a unified value unit settlement system, the system enables cross-entity and cross-scenario value circulation and atomic settlement for enterprises, ensuring accurate and reliable settlement. The dual-helix ledger system was launched to achieve consistency and compliant separation between the statutory historical cost ledger and the management value ledger, strictly adhere to accounting standards, and ensure that the ledger data is compliant and auditable. Upload all business data, ownership certificates, accounting results, settlement records, and ledger data of the enterprise to a hybrid blockchain for distributed storage, and achieve constant-level full-link traceability based on intelligent coding; Through the global anomaly monitoring system, various issues such as data anomalies, permission anomalies, and transaction anomalies in business processes can be identified in real time. Based on the anomaly level, blocking, rectification, or automatic rollback of the entire chain can be carried out to ensure that anomalies are controllable. The regulatory penetration audit module has been launched to support regulatory authorities in conducting compliance checks on the entire process of corporate value governance, enabling audit data to be traceable and verifiable, and meeting regulatory compliance requirements.

[0009] The entities within the region, such as governments, village collectives, enterprises, and farmers, as well as objects such as land, industrial projects, agricultural products, and rural data, are standardized and encapsulated across the entire region through the universal isomorphic basic root carrier. A unique intelligent credit code is assigned to each entity, enabling unified confirmation and registration of the identities of all entities and objects across the region. A parallel sharding architecture is deployed, and zero-skew routing scheduling is achieved based on intelligent information coding classification bit operations to perform high-concurrency parallel processing of massive data and multi-entity business related to rural revitalization; a hybrid consensus mechanism is launched to ensure cross-regional collaborative data security and transaction trustworthiness; Through the trusted data space cross-domain access connector, compliant data exchange between different regions and between different entities within the region is realized, and the standardization and compliance verification of rural revitalization-related data are completed, breaking down cross-regional data barriers. Based on a unified transaction semantic framework, various rural revitalization transactions are parsed, and standard transaction templates are matched for unified processing to achieve standardized management and control of rural revitalization transactions. Based on different types of entities such as the government, village collectives, enterprises, and farmers, standardized roles, entity relationships, and rules for the division of rights and responsibilities are matched to clarify the role positioning and boundaries of rights and responsibilities of each entity in rural revitalization; By invoking a unified rule base across the entire domain, the system conducts tiered verification and approval of rural revitalization projects, including access, fund usage, ownership transfer, and value assessment, to ensure the compliant progress of projects. Standardized ownership procedures are implemented to solidify on-chain ownership certificates for scenarios such as land transfer and changes in ownership of industrial projects, clarifying ownership and avoiding ownership disputes. Based on the technology of comprehensive trust governance, trust access and level control are carried out for various types of credit entities such as government, village collectives, enterprises, and farmers, and the trust level of each entity is dynamically adjusted to ensure the credible advancement of rural revitalization affairs. A distributed transaction end-to-end atomic guarantee mechanism has been launched, covering all aspects such as land transfer, fund allocation, value accounting, unified value unit settlement, and ledger synchronization, to ensure the atomicity and consistency of rural revitalization-related affairs; Through a multi-dimensional value accounting system, collaborative accounting is conducted on multi-dimensional data such as environment, affairs, personnel, finance, rights and responsibilities in rural revitalization, thereby completing the quantification of the value of all elements of rural revitalization. It matches standard transactions with specific transaction scenarios to handle various transactions in rural revitalization, such as fund allocation, agricultural product transactions, and industrial investment returns, thereby standardizing the transaction process. By relying on a unified value unit settlement system, cross-entity value allocation and atomic settlement of government subsidies, corporate investment returns, and farmers' income are completed, ensuring that funds are accurately allocated. The double-helix ledger system was launched to realize the statutory historical cost accounting and management value mapping of rural revitalization-related funds, ensuring that they are sourced from the same source, synchronized, and compliantly isolated, thus meeting the regulatory requirements for rural revitalization funds. Upload the entire process data of rural revitalization to a hybrid blockchain for distributed storage, and rely on intelligent coding to achieve constant-level full-link traceability, which facilitates project auditing and accountability. Through a global anomaly blocking and automatic rollback system, we can monitor issues such as abnormal funding, data fraud, and illegal operations in rural revitalization projects in real time, handle them in a tiered manner, and roll them back in a timely manner to ensure that project risks are controllable. The regulatory penetration audit module has been launched to support higher-level regulatory authorities and auditing institutions in conducting compliance checks on the entire process of rural revitalization governance, thereby making rural revitalization work transparent, auditable, and regulated.

Claims

1. A blockchain closed-loop management method based on a global value governance component, characterized in that, Integrating all core value governance components, including global atomic foundation root carrier, intelligent trust coding, parallel sharding and hybrid consensus, semantic mapping, atomic ownership certificates, trusted data space access, global trust governance, multi-dimensional value accounting, hybrid blockchain collaboration, and unified value unit settlement, the process includes the following steps: The first step is to standardize and encapsulate the entire domain's subjects and objects: based on the basic root carrier and intelligent information coding, a unique identity confirmation is achieved across the entire domain; The second step is parallel fragmented zero-skew routing scheduling: high-concurrency parallel processing is achieved based on intelligent information coding classification bit operations; The third step is hybrid consensus security verification: ensuring node trustworthiness and transaction security through a layered consensus mechanism. Step 4: Compliant cross-domain data access in the trusted data space: Complete cross-domain data standardization and compliance verification; The fifth step is to unify semantic parsing and standard transaction processing. Step 6: Match standardized roles, entity relationships, and rules for the division of rights and responsibilities; Step 7: Complete hierarchical verification, approval, circuit breaking, and isolation through a unified rule base across the entire domain; Step 8: Perform standardized ownership operations and simultaneously solidify on-chain ownership certificates; Step 9: Dynamic adjustment of trust access, access control, and trust level for various types of credit entities; Step 10: Full-chain atomic guarantee for distributed transactions: covering all aspects of ownership, accounting, settlement, and ledger; Step 11: Multi-dimensional value collaborative accounting and scarcity coefficient calibration: Complete the quantification of all factor values; Step 12: Unify the processing of standard transactions and specific transaction scenarios; Step 13: Unify the value unit for global value circulation and cross-entity atomic settlement; Step 14, Double Helix Ledger Synchronization and Compliance Segregation: Strictly adhere to accounting standards; Step 15: Blockchain distributed evidence storage and intelligent information coding for constant-level traceability across the entire chain; Step 16: Global anomaly blocking, tiered handling, and automatic rollback across the entire link; Step 17, Regulatory Penetration Audit: Supporting compliance verification throughout the entire process of value governance.

2. The method according to claim 1, characterized in that, The parallel sharding is based on the intelligent information coding classification bit operation mapping, with a sharding skew rate of zero, supporting high-concurrency parallel processing across the entire domain.

3. The method according to claim 1, characterized in that, The hybrid consensus mechanism can resist attacks from a certain proportion of malicious nodes, significantly reduces transaction confirmation delays, and balances security and execution efficiency.

4. The method according to claim 1, characterized in that, The on-chain ownership certificates include: confirmation certificates, demand certificates, and linkage certificates, which correspond to the transfer scenarios of right of use, ownership, and mixed ownership, respectively.

5. The method according to claim 1, characterized in that, It incorporates a standardized role-relationship-rights and responsibilities system, standard transaction templates, a standard transaction system, and a unified rule base across the entire domain, forming a standardized system for the entire domain.

6. The method according to claim 1, characterized in that, The distributed transaction covers the entire chain of ownership, accounting, settlement, and ledger, ensuring atomicity and consistency throughout the entire process.

7. The method according to claim 1, characterized in that, The unified value unit is a unified value circulation and settlement unit across the entire domain, ensuring accurate and reliable value settlement across entities.

8. The method according to claim 1, characterized in that, The double helix ledger consists of a statutory historical cost ledger and a management value ledger, achieving consistency, synchronization, and compliance separation.

9. The method according to claim 1, characterized in that, The entire process uses the intelligent information code as a unique index to achieve constant-level full-link traceability.

10. A blockchain closed-loop management and control system based on a global value governance component, characterized in that, It integrates all core value governance components, including global atomic foundation root carrier, intelligent credit coding, parallel sharding and hybrid consensus, semantic mapping, atomic ownership certificate, trusted data space access, global trust governance, multi-dimensional value accounting, hybrid blockchain collaboration and unified value unit settlement, and each component collaboratively executes the method described in any one of claims 1-9.

11. A computer-readable storage medium having a computer program stored thereon, characterized in that, When the computer program is executed by a processor, it implements the method described in any one of claims 1-9.

12. An electronic device comprising a processor and a memory, the memory storing a computer program, characterized in that, When the processor executes the computer program, it implements the method according to any one of claims 1-9.

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