Dynamic offer asset feedback system based on token economic model

Abstract

The invention relates to the technical field of offer asset feedback, and discloses a dynamic offer asset feedback system based on a token economic model, which comprises a computing power and algorithm module, a computing power and algorithm module, a dynamic offer asset feedback module and a dynamic offer asset feedback module, and calculating the profit-offering range of the merchant or the enterprise and the matching proportion of the digital assets which should be obtained by the consumer in real time. According to the dynamic offer asset feedback system based on the token economic model, a merchant can attract more consumers and improve sales and market shares through an offer asset feedback mechanism, and different from a traditional promotion means, the system converts offer funds of the merchant into digital assets and feeds back the digital assets to the consumers, so that direct price competition is avoided, and the cost is reduced. The profit margin and brand image of the merchant are protected, the consumer obtains the digital assets after purchasing the commodity or service, and the digital assets have certain value and value-added potential.

Description

Technical Field

[0001] The present invention relates to the field of profit-sharing asset feedback technology, and in particular to a dynamic profit-sharing asset feedback system based on a token economic model. Background Art

[0002] With increasingly fierce market competition, merchants and enterprises are faced with the challenge of attracting customers, increasing sales and market share. Traditional promotional methods, such as discounts and price wars, although they can bring certain sales growth in the short term, have many disadvantages in the long run. First, these methods will lead to a significant compression of merchants' profit margins, affecting the sustainable development of enterprises. Second, frequent price wars may damage the brand image and make consumers doubt the value of products. In addition, traditional promotional methods can often only attract price-sensitive customers and it is difficult to establish a long-term and stable customer base.

[0003] In terms of consumer behavior, modern consumers not only pay attention to the price and quality of products, but also expect to get more value and incentives from the shopping experience. However, traditional promotion models cannot meet consumers' needs for long-term benefits and participation, resulting in a relatively alienated relationship between consumers and merchants and a lack of deep stickiness.

[0004] In recent years, the rise of token economy models has provided new ideas for business model innovation. Through the distribution and circulation of digital assets, token economy can incentivize participation from all parties and promote the transfer of value. However, there is currently no mature system that combines token economy models with merchant concessions and consumer asset returns to effectively address the pain points of traditional promotional models while balancing the interests of merchants and consumers. Summary of the Invention

[0005] In view of the fact that there is no mature system that combines the token economy model with merchant concessions and consumer asset returns, which can effectively solve the pain points of the traditional promotion model while taking into account the balance of interests between merchants and consumers, this invention is proposed.

[0006] Therefore, the purpose of this invention is to provide a dynamic profit-sharing asset feedback system based on the token economy model. Its purpose is: through the profit-sharing asset feedback mechanism, merchants can attract more consumers, increase sales and market share. Unlike traditional promotional methods, this system converts merchants' profit-sharing funds into digital assets and gives them back to consumers, avoiding direct price competition and protecting merchants' profit margins and brand image.

[0007] To solve the above technical problems, the present invention provides the following technical solutions: a dynamic profit-sharing asset feedback system based on a token economy model, including a computing power and algorithm module, which is used to calculate in real time the range of profit that merchants or enterprises can give and the digital asset matching ratio that consumers should receive based on the profit of goods or services;

[0008] Digital data systems used to store detailed information about goods or services (including costs, prices, profits, inventory, etc.), merchants' or businesses' profit-sharing policies, consumers' transaction records, and data on the generation and distribution of digital assets;

[0009] Blockchain technology module, which is used to realize the generation, storage, circulation and tamper-proof evidence of digital assets and transaction records through distributed ledger technology;

[0010] The network performance calculation module is used to calculate the overall performance indicators of the system based on the amount of digital assets obtained by consumers and the profit concessions made by merchants or enterprises, in order to measure the system's operating effect and influence.

[0011] As a preferred solution of the dynamic profit-sharing asset feedback system based on the token economic model described in the present invention, the computing power and algorithm module includes a basic computing unit, an intelligent optimization engine, a scenario adapter, a real-time data processing sub-module and a historical data analysis sub-module.

[0012] As a preferred solution of the dynamic profit-sharing asset feedback system based on the token economic model described in the present invention, the digital data system includes a product information library, a profit-sharing strategy library, a transaction record center, an asset data warehouse, a data backup and recovery submodule, a data cleaning and preprocessing submodule, and a data encryption storage submodule.

[0013] As a preferred solution of the dynamic profit-sharing asset feedback system based on the token economic model described in the present invention, the blockchain technology module includes an asset generator, a distributed ledger, a smart contract manager, a consensus mechanism selector, a cross-chain interoperability sub-module and a blockchain browser.

[0014] As a preferred solution of the dynamic profit-sharing asset feedback system based on the token economic model described in the present invention, the network performance calculation module includes a real-time statistical engine, a performance report generator, a data mining and predictive analysis sub-module, a visualization display sub-module and a feedback collection and processing sub-module.

[0015] As a preferred solution of the dynamic profit-sharing asset feedback system based on the token economy model described in the present invention, the profit-sharing ratio is determined by the merchant or enterprise based on its own operating conditions and profit level, ranging from 10% to 20%. The system dynamically calculates the digital asset matching ratio based on the profit-sharing ratio according to the following rules:

[0016] When the profit margin is 10%, the digital asset matching ratio is 10:1 to 12:1;

[0017] When the profit margin is 15%, the digital asset matching ratio is 6.7:1 to 9:1;

[0018] When the profit margin is 20%, the digital asset matching ratio is 5:1 to 8:1;

[0019] The system can dynamically adjust the matching ratio based on market environment, consumer behavior or merchant strategy.

[0020] As a preferred solution of the dynamic profit-sharing asset feedback system based on the token economy model described in the present invention, the digital assets are generated and distributed to consumers through blockchain technology and have the following characteristics:

[0021] Unalterable: All digital asset generation, distribution, and transfer records are stored on the blockchain, ensuring data integrity and transparency;

[0022] Traceability: Consumers can check the source, circulation path and usage of digital assets at any time;

[0023] Smart contracts: Automated allocation and transfer of digital assets can be achieved through smart contracts, avoiding risks caused by human intervention.

[0024] As a preferred solution of the dynamic profit-sharing asset feedback system based on the token economic model described in the present invention, the computing power and algorithm module uses the following method to calculate the digital asset matching ratio:

[0025] Based on the profit data of goods or services, combined with market supply and demand, consumer behavior data and merchants' willingness to make concessions, the matching ratio is dynamically adjusted;

[0026] Optimize matching rules through machine learning algorithms to ensure the rationality and fairness of matching ratios;

[0027] Support merchants or enterprises to adjust the profit ratio and matching rules according to specific time periods (such as holidays and promotional activities).

[0028] As a preferred solution of the dynamic profit-sharing asset feedback system based on the token economic model of the present invention, the network performance calculation module counts and analyzes the system operation effect in the following way:

[0029] Real-time statistics on consumers' digital asset acquisition and merchants' or businesses' profit sharing;

[0030] Generate performance reports, including key indicators such as total profit margin, total digital asset generation, and consumer engagement;

[0031] Provide data analysis functions to help merchants optimize profit-sharing strategies and marketing plans.

[0032] Compared with the prior art, the present invention has at least the following beneficial effects:

[0033] 1. Through the profit-sharing asset feedback mechanism, this invention enables merchants to attract more consumers and increase sales and market share. Unlike traditional promotional methods, this system converts merchants' profit-sharing funds into digital assets and gives them back to consumers, avoiding direct price competition and protecting merchants' profit margins and brand image. Consumers obtain digital assets after purchasing goods or services. These digital assets have certain value and appreciation potential. This long-term incentive mechanism can effectively improve consumer satisfaction and loyalty, encourage consumers to continue to participate in merchants' business activities, and form a long-term and stable customer base.

[0034] 2. The system of this invention dynamically adjusts the matching ratio of digital assets based on the profitability of goods or services and market supply and demand, ensuring the rational allocation of resources. This mechanism can promote the healthy development of the market and improve overall economic efficiency. Furthermore, by leveraging the immutable and traceable nature of blockchain technology, all transaction records and the flow of digital assets are open and transparent, effectively preventing fraud and protecting the legitimate rights and interests of merchants and consumers.

[0035] 3. The system operation process of the present invention is simple and clear. Merchants only need to set the profit ratio, and the system will automatically complete the subsequent calculations and asset feedback. Consumers can also easily understand and participate in it without the need for complex operating skills, which lowers the usage threshold and increases the popularity of the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following briefly introduces the drawings required for describing the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. Those skilled in the art can also derive other drawings based on these drawings without inventive effort. Among them:

[0037] Figure 1 This is a framework diagram showing the dynamic profit-sharing asset feedback system based on the token economic model of the present invention. DETAILED DESCRIPTION

[0038] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, the specific embodiments of the present invention are described in detail below with reference to the accompanying drawings.

[0039] In the following description, many specific details are set forth to facilitate a full understanding of the present invention. However, the present invention may also be implemented in other ways different from those described herein. Those skilled in the art may make similar generalizations without violating the connotation of the present invention. Therefore, the present invention is not limited to the specific embodiments disclosed below.

[0040] Example

[0041] Reference Figure 1 , an embodiment of the present invention, provides a dynamic profit-sharing asset feedback system based on a token economy model. This dynamic profit-sharing asset feedback system based on a token economy model includes a computing power and algorithm module for calculating, in real time, the range of profit that merchants or enterprises can give and the digital asset matching ratio that consumers should receive based on the profit of goods or services;

[0042] Digital data systems used to store detailed information about goods or services (including costs, prices, profits, inventory, etc.), merchants' or businesses' profit-sharing policies, consumers' transaction records, and data on the generation and distribution of digital assets;

[0043] Blockchain technology module, which is used to realize the generation, storage, circulation and tamper-proof evidence of digital assets and transaction records through distributed ledger technology;

[0044] The blockchain technology module supports the following functions:

[0045] Asset circulation: Consumers can circulate, exchange or transfer the digital assets they acquire within the system;

[0046] Permission management: divide permissions for different roles such as merchants, consumers, and system administrators to restrict illegal operations and access;

[0047] Encryption technology: Multi-layer encryption algorithms are used to protect the security of transaction data and digital assets;

[0048] The network performance calculation module is used to calculate the overall performance indicators of the system based on the amount of digital assets obtained by consumers and the profit concessions made by merchants or enterprises, in order to measure the system's operating effect and influence.

[0049] The computing power and algorithm module includes a basic computing unit: based on multi-dimensional data such as the profit, cost, market supply and demand relationship of the goods or services, it calculates in real time the scope of the profit that merchants or enterprises can give and the digital asset matching ratio that consumers should receive.

[0050] Intelligent Optimization Engine: Using machine learning algorithms, we continuously optimize matching rules based on historical transaction data, consumer behavior patterns, and market dynamics to ensure the rationality and fairness of matching ratios.

[0051] Scenario Adapter: Provides a variety of algorithm models for merchants to choose from, and automatically adjusts calculation parameters and logic for different business scenarios such as retail, services, and cross-border e-commerce.

[0052] Real-time data processing submodule: processes real-time transaction data to ensure the timeliness and accuracy of calculation results.

[0053] Historical data analysis submodule: Analyze historical data to provide a basis for optimization algorithms.

[0054] The digital data system includes a commodity information database: storing detailed information of commodities or services, including cost, selling price, profit, inventory, specification parameters, etc.

[0055] Profit-sharing strategy library: records various profit-sharing policies, activity rules, time ranges and other information of merchants or enterprises.

[0056] Transaction Record Center: Saves every transaction detail of the consumer, including purchase time, product information, transaction amount, etc.

[0057] Asset data warehouse: manages data on the generation, allocation, and circulation of digital assets, and supports asset query, statistics, and analysis.

[0058] Data backup and recovery submodule: Back up data regularly and restore it quickly when the data is lost or damaged.

[0059] Data cleaning and preprocessing submodule: cleans, converts and integrates raw data to improve data quality and availability.

[0060] Data encryption storage submodule: encrypts and stores sensitive data to ensure data security.

[0061] The blockchain technology module includes an asset generator: based on the merchant's profit margin and the matching ratio calculated by the system, the corresponding digital assets are generated and recorded on the blockchain.

[0062] Distributed ledger: uses a decentralized storage method to ensure the immutability and traceability of all transaction records and asset information.

[0063] Smart Contract Manager: Create, deploy, and manage smart contracts to automate the allocation, transfer, and exchange of digital assets.

[0064] Consensus mechanism selector: Select an appropriate consensus mechanism, such as Proof of Work (PoW), Proof of Stake (PoS), or Practical Byzantine Fault Tolerance (PBFT), based on the business needs and performance requirements of the system.

[0065] Cross-chain interoperability submodule: supports asset interaction and data sharing with other blockchain platforms, expanding the application scope of the system.

[0066] Blockchain browser: provides a user-friendly interface to facilitate users to query transaction records and asset status.

[0067] The network performance calculation module includes a real-time statistical engine: real-time statistics and analysis of consumers' digital asset acquisition, merchants' profit concessions, etc.

[0068] Performance Report Generator: Generate detailed performance reports according to preset templates and formats, including key indicators such as total profit margin, total digital asset generation, and consumer engagement.

[0069] Data mining and predictive analysis sub-module: Use data mining technology to discover potential market trends and consumer demands, and provide decision support for merchants through predictive analysis models.

[0070] Visual display submodule: displays the analysis results in intuitive charts, graphs, etc. to facilitate user understanding and use.

[0071] Feedback collection and processing submodule: collect feedback from merchants and consumers, process and respond to them in a timely manner, and continuously optimize system functions and service quality.

[0072] The profit sharing ratio is determined by the merchant or enterprise based on its own business conditions and profit level, ranging from 10% to 20%. The system dynamically calculates the digital asset matching ratio based on the profit sharing ratio according to the following rules:

[0073] When the profit margin is 10%, the digital asset matching ratio is 10:1 to 12:1;

[0074] When the profit margin is 15%, the digital asset matching ratio is 6.7:1 to 9:1;

[0075] When the profit margin is 20%, the digital asset matching ratio is 5:1 to 8:1;

[0076] The system can dynamically adjust the matching ratio based on market environment, consumer behavior or merchant strategy.

[0077] The digital assets are generated and distributed to consumers through blockchain technology and have the following characteristics:

[0078] Unalterable: All digital asset generation, distribution, and transfer records are stored on the blockchain, ensuring data integrity and transparency;

[0079] Traceability: Consumers can check the source, circulation path and usage of digital assets at any time;

[0080] Smart contracts: Automated allocation and transfer of digital assets can be achieved through smart contracts, avoiding risks caused by human intervention.

[0081] The computing power and algorithm module uses the following method to calculate the digital asset matching ratio:

[0082] Based on the profit data of goods or services, combined with market supply and demand, consumer behavior data and merchants' willingness to make concessions, the matching ratio is dynamically adjusted;

[0083] Optimize matching rules through machine learning algorithms to ensure the rationality and fairness of matching ratios;

[0084] Support merchants or enterprises to adjust the profit ratio and matching rules according to specific time periods (such as holidays and promotional activities).

[0085] The network performance calculation module counts and analyzes the system operation effect in the following ways:

[0086] Real-time statistics on consumers' digital asset acquisition and merchants' or businesses' profit sharing;

[0087] Generate performance reports, including key indicators such as total profit margin, total digital asset generation, and consumer engagement;

[0088] Provide data analysis functions to help merchants optimize profit-sharing strategies and marketing plans.

[0089] During use, the system supports the following application scenarios:

[0090] Retail industry: Merchants generate digital assets by offering discounts to attract consumers to purchase goods and increase sales;

[0091] Service industry: Service-oriented enterprises such as hotels and restaurants give back to consumers by giving back profits, thus enhancing customer stickiness;

[0092] Cross-border e-commerce: supports asset reciprocity between multinational merchants and consumers, and solves cross-border payment and trust issues.

[0093] The system also includes the following security protection mechanisms:

[0094] Data encryption: All transaction data and digital assets are encrypted at multiple levels to ensure the security of data transmission and storage;

[0095] Anti-fraud mechanism: Through the immutable nature of blockchain, it prevents the forgery of transactions and assets;

[0096] Real-time monitoring: Monitor the system's operating status in real time to detect and handle abnormal behaviors in a timely manner.

[0097] The system also supports the following extended functions:

[0098] Points redemption: Consumers can redeem digital assets for points to purchase goods or enjoy services;

[0099] Community incentives: further motivate consumers to participate in the system ecology through community activities or task assignments;

[0100] Data analysis: Provide merchants with consumer behavior analysis reports to help them optimize their products and services.

[0101] Through the profit-sharing asset feedback mechanism, merchants can attract more consumers and increase sales and market share. Unlike traditional promotional methods, this system converts merchants' profit-sharing funds into digital assets and returns them to consumers, avoiding direct price competition and protecting merchants' profit margins and brand image. Consumers obtain digital assets after purchasing goods or services. These digital assets have certain value and appreciation potential. This long-term incentive mechanism can effectively improve consumer satisfaction and loyalty, encourage consumers to continue to participate in merchants' business activities, and form a long-term and stable customer base.

[0102] The system also provides detailed data analysis and performance reporting functions to help merchants gain an in-depth understanding of consumer behavior and market trends, thereby formulating more accurate marketing strategies and profit-sharing plans, and improving the scientific nature and effectiveness of decision-making. At the same time, this system provides practical cases for the application of token economic models in the commercial field, promotes the deep integration of the digital economy and the real economy, and provides new directions and possibilities for the further development and innovation of the token economy.

[0103] It should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention and are not intended to limit the present invention. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solutions of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical solutions of the present invention, which should all be included in the scope of the claims of the present invention.

Claims

1. A dynamic profit-sharing asset feedback system based on the token economy model, characterized by: include: The computing power and algorithm module is used to calculate in real time the scope of the merchant or enterprise's profit margin and the digital asset matching ratio that consumers should receive based on the profit of the goods or services; Digital data systems used to store detailed information about goods or services (including costs, prices, profits, inventory, etc.), merchants' or businesses' profit-sharing policies, consumers' transaction records, and data on the generation and distribution of digital assets; Blockchain technology module, which is used to realize the generation, storage, circulation and tamper-proof evidence of digital assets and transaction records through distributed ledger technology; The network performance calculation module is used to calculate the overall performance indicators of the system based on the amount of digital assets obtained by consumers and the profit concessions made by merchants or enterprises, in order to measure the system's operating effect and influence.

2. The dynamic profit-sharing asset feedback system based on the token economy model according to claim 1 is characterized by: The computing power and algorithm module includes a basic computing unit, an intelligent optimization engine, a scenario adapter, a real-time data processing submodule and a historical data analysis submodule.

3. The dynamic profit-sharing asset feedback system based on the token economy model according to claim 2 is characterized by: The digital data system includes a commodity information library, a profit-sharing strategy library, a transaction record center, an asset data warehouse, a data backup and recovery submodule, a data cleaning and preprocessing submodule, and a data encryption storage submodule.

4. The dynamic profit-sharing asset feedback system based on the token economy model according to claim 3 is characterized by: The blockchain technology module includes an asset generator, a distributed ledger, a smart contract manager, a consensus mechanism selector, a cross-chain interoperability submodule and a blockchain browser.

5. The dynamic profit-sharing asset feedback system based on the token economy model according to claim 4 is characterized by: The network performance calculation module includes a real-time statistical engine, a performance report generator, a data mining and prediction analysis submodule, a visualization display submodule and a feedback collection and processing submodule.

6. The dynamic asset-sharing feedback system based on the token economy model according to claim 5 is characterized by: The profit sharing ratio is determined by the merchant or enterprise based on its own business conditions and profit level, ranging from 10% to 20%. The system dynamically calculates the digital asset matching ratio based on the profit sharing ratio according to the following rules: When the profit margin is 10%, the digital asset matching ratio is 10:1 to 12:1; When the profit margin is 15%, the digital asset matching ratio is 6.7:1 to 9:1; When the profit margin is 20%, the digital asset matching ratio is 5:1 to 8:1; The system can dynamically adjust the matching ratio based on market environment, consumer behavior or merchant strategy.

7. The dynamic asset-sharing feedback system based on the token economy model according to claim 6 is characterized by: The digital assets are generated and distributed to consumers through blockchain technology and have the following characteristics: Unalterable: All digital asset generation, distribution, and transfer records are stored on the blockchain, ensuring data integrity and transparency; Traceability: Consumers can check the source, circulation path and usage of digital assets at any time; Smart contracts: Automated allocation and transfer of digital assets can be achieved through smart contracts, avoiding risks caused by human intervention.

8. The dynamic profit-sharing asset feedback system based on the token economy model according to claim 7 is characterized by: The computing power and algorithm module uses the following method to calculate the digital asset matching ratio: Based on the profit data of goods or services, combined with market supply and demand, consumer behavior data and merchants' willingness to make concessions, the matching ratio is dynamically adjusted; Optimize matching rules through machine learning algorithms to ensure the rationality and fairness of matching ratios; Support merchants or enterprises to adjust the profit ratio and matching rules according to specific time periods (such as holidays and promotional activities).

9. The dynamic profit-sharing asset feedback system based on the token economy model according to claim 8 is characterized by: The network performance calculation module counts and analyzes the system operation effect in the following ways: Real-time statistics on consumers' digital asset acquisition and merchants' or businesses' profit sharing; Generate performance reports, including key indicators such as total profit margin, total digital asset generation, and consumer engagement; Provide data analysis functions to help merchants optimize profit-sharing strategies and marketing plans.

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