Multi-tiered web3 clinical data collection and ethical medical evaluation value network system

Abstract

The application discloses a multi-layer Web3 clinical data collection and ethical medical evaluation value network system, and the application is based on a valuable medical data network system of Web3, which is a Web3 multi-layer chain value network system utilizing P2P Grid grid technology, consensus algorithm, economics, finance, law, distributed file system, bioinformatics and other disciplines and technologies; the system mainly utilizes the Blockchain block chain technology of Web3 as a main use technology, and the main purpose is to guarantee the biomarker of a contributor, and mainly to embody the real value of biological, medical and healthy data, so as to not only guarantee the income of the contributor, but also guarantee the rights and interests of the contributor on the biological data assets owned by the contributor.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of medical data network systems, in particular to a multi-layer Web3 clinical data collection and ethical medical evaluation value network system. BACKGROUND

[0002] The application of traditional Blockchain is mainly applied to the field of digital currency, which is low in efficiency and cannot meet the needs of a wider real world market, because many behaviors in the real world are high-concurrency and randomly generated at the same time, and have no predictability, so high response speed and flexibility are required. To solve the above problems, we provide a multi-layer Web3 clinical data collection and ethical medical evaluation value network system. SUMMARY

[0003] The purpose of the present application is to provide a multi-layer Web3 clinical data collection and ethical medical evaluation value network system to solve the problems raised in the background art.

[0004] To achieve the above purpose, the present application provides the following technical solution: a multi-layer Web3 clinical data collection and ethical medical evaluation value network system, comprising the following steps:

[0005] Step 1: By classifying tasks by different functional purposes, the efficiency of mixed functions is avoided, thereby achieving the purpose of reducing computing pressure. The system is designed to be closer to the natural real world;

[0006] Step 2: The biological data of the contributors is diverse, and the homogenization of the differential biological data of the contributors is avoided, which can achieve the purpose of fairness and transparency. The biological data contributors with special symptoms can obtain higher fees that reasonably reflect the actual market value of their special biological feature data contributions. Since the system is a Web3 network system based on Blockchain technology, its non-tamperable nature not only guarantees the authenticity of the data and the special medical and biological value of the data, but also permanently tracks the contributor throughout their life, guaranteeing the data rights and interests of the contributor throughout their life cycle;

[0007] Step 3: Bio-pouch, unlike traditional digital wallet Wallet, the main purpose is for users to use the Bio-pouch, similar to the function of a digital asset Wallet, to store the private key of the contributor's data, which can be carried throughout their life, unlike Web2 service providers, where data belongs to the service provider of Web2, as long as the user has their own private key and owns their own Medical Data Node, their data will always be in their own hands, and others cannot use the data without the private key.

[0008] Step 4: The constraints of the smart contract of the system, all operations must rely on the consensus result rules of the "basic rule making chain" to execute, which can effectively avoid the unfairness caused by the hegemonic clause and protect the legal rights and interests of both parties to the contract, PoW mechanism: biological data of contributors, research achievement sharing mechanism, data use or ownership transaction and transfer fee.

[0009] Preferably, in step 1, the cost of collecting candidate contributors and the data collection process is also reduced, thereby achieving the purpose of reducing the dependence cost of CRO companies.

[0010] Preferably, in step 1, the data contributors, data demanders, government supervision, recordation, certification agencies and insurance agencies can also meet the real-time query tracking through the use of self-developed specific "Blockchain Browser browser", while meeting the scientific research data audit investigation support.

[0011] Preferably, in step 2, the system can permanently track the contributor for a lifetime, thereby guaranteeing the data rights and interests of the contributor throughout the life cycle.

[0012] Preferably, in step 2, the biological data of the special symptom data contributor has special medical and biological value.

[0013] Preferably, in step 3, the biological data Bio-pouch is used to store the private key of the biological information and data contributor.

[0014] Compared with the prior art, the beneficial effects of the present application are: the present application is a Web3-based valuable medical data network system, which is a Web3 multi-layer chain value network system using P2P Grid grid technology, consensus algorithm, economics, finance, law, distributed file system, bioinformatics and other disciplines. The present application mainly uses the Blockchain technology of Web3 as the main technology, and the main purpose is to guarantee the biological information biomarker of the contributor, and mainly for the data value of medical and health, not only to protect the income of the contributor, but also to guarantee the rights and interests of the contributor to the biological data assets owned by the contributor. BRIEF DESCRIPTION OF DRAWINGS

[0015] Figure 1 is a multi-layer diagram of the present application;

[0016] Figure 2 is a diagram for reducing the dependence on CRO companies of the present application;

[0017] Figure 3 is a diagram for explaining the Block structure of the present application;

[0018] Figure 4 For the overall schematic diagram of the present application. DETAILED DESCRIPTION

[0019] The application will be described in more detail by way of example only and with reference to the accompanying drawings, in which:

[0020] The application provides a technical solution: a multi-layer Web3 clinical data collection and ethical medical evaluation value network system, comprising the following steps:

[0021] Step 1: By classifying tasks by different functional purposes, the efficiency is improved, and the computational pressure is reduced. The system is designed to be closer to the natural real world.

[0022] Step 2: Due to the diversity of biological data, the homogenization of the differential biological data of the contributors is avoided, and the purpose of fairness and transparency is achieved. The special biological data contributors can obtain higher fees that reasonably reflect the actual market value of their special biological data. Since the system is a Web3 network system based on Blockchain technology, its non-tamperable nature not only guarantees the authenticity of the data and the special medical and biological value of the data, but also permanently tracks the contributor's lifetime, ensuring the data rights and interests of the contributor throughout their life cycle.

[0023] Step 3: Bio-pouch, unlike traditional digital wallet, the main purpose is for users to use the Bio-pouch, similar to the function of digital asset wallet, to store the private key of the contributor's data, which can be carried throughout their life. Unlike Web2 service providers, the data belongs to the service provider of Web2, as long as the user has their own private key and owns their own Medical Data Node, their data will always be in their own hands, and others cannot use the data without the private key.

[0024] Step 4: The smart contract of the system must rely on the consensus result rules of the "basic rule formulation chain" to execute all operations, which can effectively avoid the unfairness caused by the king's clause and protect the legal rights and interests of both parties. PoW mechanism: contributor's biological data, research achievement sharing mechanism, data use or ownership transaction and transfer fee.

[0025] Example 1:

[0026] By classifying tasks by different functional purposes, the efficiency of mixed functions is avoided, thereby reducing the computational burden. The system is designed to be closer to the natural reality of the world. The biological data of contributors is diverse, and the homogenization of biological data of different contributors is avoided. This can achieve the purpose of fairness and transparency, and special biological data contributors can obtain higher fees that reasonably reflect the actual market value of their special biological data. Since the system is a Web3 network system based on Blockchain technology, its non-tamperable nature not only guarantees the authenticity of the data and the special medical and biological value of the data, but also permanently tracks the contributor's lifetime, ensuring the data rights and interests of the contributor throughout their life cycle. Bio-pouch, unlike traditional digital wallet, the main purpose is for users to use the Bio-pouch, similar to the function of digital asset wallet, to store the private key of the contributor's data, which can be carried throughout their life, unlike Web2 service providers, where data belongs to Web2 service providers. As long as the user has their own private key and owns their own Medical Data Node, their data will always be in their own hands, and others cannot use the data without the private key. The smart contract of the system must rely on the consensus results of the "basic rule-making chain" to execute all operations, which can effectively avoid the unfairness caused by the king's clause and protect the legal rights and interests of both parties. PoW mechanism: biological data of contributors, research results sharing mechanism, data usage or ownership transaction and transfer fees.

[0027] Embodiment two:

[0028] In embodiment one, the following process is added:

[0029] In step 1, the cost of collecting candidate contributors and data collection is also reduced, thereby reducing the dependence on CRO companies.

[0030] In step 1, it also meets the needs of data contributors, data demanders, government supervision, record-keeping, certification agencies, and insurance agencies to use self-developed specific "Blockchain Browser" for real-time query tracking, while also supporting scientific research data audit investigation.

[0031] The task type classification process is performed by dividing different functional purposes, which avoids the low efficiency caused by functional mixing, thereby achieving the purpose of reducing computing pressure. The system design is to achieve a situation closer to the natural real world, while reducing the cost of candidate contributor collection and data collection process, thereby achieving the purpose of reducing the cost of dependence on CRO companies, while meeting the real-time query tracking of data contributors, data demanders, government supervision, record keeping, certification agencies and insurance agencies through the use of self-developed specific "Blockchain Browser browser", while meeting the scientific research data audit investigation support. The biological data of the contributors is diverse, which avoids the homogenization of the differentiated biological data of the contributors, and achieves the purpose of fairness and transparency. The biological data contributors with special symptoms can obtain higher fees that reasonably reflect the actual market value of their special biological characteristic data contribution. Since the system is a Web3 network system based on Blockchain technology, its non-tamperable nature not only guarantees the authenticity of the data and the special medical and biological value of the data contribution, but also can permanently track the contributor throughout their life, guaranteeing the data rights and interests of the contributor throughout their life cycle. The biological data Bio-pouch is different from the traditional digital wallet Wallet. The main purpose is for users to use the Bio-pouch, which has a function similar to a digital asset Wallet, to store the private key of the contributor's data, which can be carried throughout their life. Unlike Web2 service providers, the data belongs to the Web2 service provider. As long as the user has their own private key and owns their own Medical Data Node, their data will always be in their own hands, and others cannot use the data without the private key. The smart contract of the system must rely on the consensus result rules of the "basic rule formulation chain" to execute all operations, which can effectively avoid the unfairness caused by the king clause, protect the legal rights and interests of both parties to the contract, and the PoW mechanism: biological data of the contributors, research achievement sharing mechanism, data use or ownership transaction and transfer fee.

[0032] Embodiment three:

[0033] In embodiment two, the following process is added:

[0034] In step 2, the system can permanently track the contributor throughout their life, guaranteeing the data rights and interests of the contributor throughout their life cycle.

[0035] The task type classification process is performed by dividing different functional purposes, which avoids the low efficiency caused by functional mixing, thereby achieving the purpose of reducing computing pressure. The system design is to achieve a situation closer to the natural real world, while reducing the cost of candidate contributor collection and data collection process, thereby achieving the purpose of reducing the cost of dependence on CRO companies, while meeting the needs of data contributors, data demanders, government supervision, record-keeping, certification agencies and insurance agencies to use the self-developed specific "Blockchain Browser" for real-time query and tracking, while meeting the needs of scientific research data audit investigation and support. The biological data of the contributors is diverse, which avoids the homogenization of the differential biological data of the contributors, and achieves the purpose of fairness and transparency. The biological data contributors with special symptoms can obtain higher fees that reasonably reflect the actual market value of their special biological characteristic data contributions. Since the system is a Web3 network system based on Blockchain technology, its non-tamperable nature not only guarantees the authenticity of the data and the special medical and biological value of the data contributions, but also permanently tracks the contributor throughout their life, guaranteeing the data rights and interests of the contributor throughout their life cycle. The biological data Bio-pouch is different from the traditional digital wallet Wallet. The main purpose is for users to use the Bio-pouch, which has a function similar to a digital asset Wallet, to store the private key of the contributor's data, which can be carried throughout their life. Unlike Web2 service providers, the data belongs to the Web2 service provider. As long as the user has their own private key and owns their own Medical Data Node, their data will always be in their own hands, and others cannot use the data without the private key. The smart contract of the system must rely on the consensus result rules of the "basic rule formulation chain" to perform all operations, which can effectively avoid the unfairness caused by the king's clause, protect the legal rights and interests of both parties to the contract, and the PoW mechanism: biological data of contributors, research achievement sharing mechanism, data use or ownership transaction and transfer fee.

[0036] Embodiment Four:

[0037] In Embodiment Three, the following process is added:

[0038] In step 2, the biological data contributor with special symptoms and special medical and biological value data.

[0039] The task type classification process is performed by dividing different functional purposes, which avoids the low efficiency caused by functional mixing, thereby achieving the purpose of reducing computing pressure. The system design is to achieve a situation closer to the natural real world, while reducing the cost of candidate contributor collection and data collection process, thereby achieving the purpose of reducing the cost of dependence on CRO companies, while meeting the real-time query tracking of data contributors, data demanders, government supervision, record-keeping, certification agencies and insurance agencies through the use of self-developed specific "Blockchain Browser browser", while meeting the scientific research data audit investigation support. The biological data of the contributors is diverse, which avoids the homogenization of the differentiated biological data of the contributors, and achieves the purpose of fairness and transparency. The biological data contributors with special symptoms can obtain higher fees that reasonably reflect the actual market value of their special biological characteristic data contribution. Since the system is a Web3 network system based on Blockchain technology, its non-tamperable nature not only guarantees the authenticity of the data and the special medical and biological value of the data contribution, but also can permanently track the contributor for life, guaranteeing the data rights and interests of the contributor throughout their life cycle. The biological data Bio-pouch is different from the traditional digital wallet Wallet, and the main purpose is for users to use the Bio-pouch, which has a function similar to a digital asset Wallet, to store the private key of the contributor's data, which can be carried for life, unlike Web2 service providers, where data belongs to Web2 service providers. As long as the user masters his own private key and has his own Medical Data Node, his data will always be in his own hands, and others cannot use the data without the private key. The smart contract of the system must rely on the consensus result rules of the "basic rule formulation chain" to execute all operations, which can effectively avoid the unfairness caused by the king clause, protect the legal rights and interests of both parties to the contract, and the PoW mechanism: biological data of contributors, research achievement sharing mechanism, data use or ownership transaction and transfer fee.

[0040] Example five:

[0041] In example four, the following process is added:

[0042] In step 3, the biological data Bio-pouch is used to store biological information and the private key of the data contributor.

[0043] By classifying tasks by different functional purposes, the efficiency of mixed functions is avoided, thereby reducing the computational pressure. The system is designed to be closer to the natural reality of the world, while reducing the cost of collecting candidate contributors and data collection processes, thereby reducing the cost of dependence on CRO companies. It also meets the needs of data contributors, data demanders, government regulators, recorders, certifiers, and insurance agencies to use the self-developed specific "Blockchain Browser" for real-time query and tracking, while meeting the needs of scientific research data audit investigation support. The biological data of contributors is diverse, and the homogenization of differentiated biological data of contributors is avoided, which can achieve a more fair and transparent purpose. Special biological data contributors with special symptoms can obtain higher fees that reasonably reflect the actual market value of their special biological data contributions. Since the system is a Web3 network system based on Blockchain technology, its non-tamperable nature not only guarantees the authenticity of the data and the special medical and biological value of the data, but also permanently tracks the contributor's lifetime, ensuring the data rights and interests of the contributor throughout their life cycle. Bio-pouch, unlike traditional digital wallet, the main purpose is for users to use the Bio-pouch, similar to the function of digital asset Wallet, to store the private key of the contributor's data, which can be carried throughout their life, unlike Web2 service providers, where data belongs to Web2 service providers. As long as the user has their own private key and owns their own Medical Data Node, their data will always be in their own hands, and others cannot use the data without the private key. Bio-pouch is used to store biological information and the private key of the data contributor. The constraints of the smart contract of the system must rely on the consensus results of the "basic rule-making chain" to execute, which can effectively avoid the unfairness of the king clause and protect the legal rights and interests of both parties. PoW mechanism: biological data of contributors, research achievement sharing mechanism, data usage or ownership transaction and transfer fee.

[0044] Although embodiments of the present application have been shown and described, it is to be understood that various modifications, substitutions, replacements and changes can be made to these embodiments without departing from the principles and spirit of the present application, and the scope of the present application is defined by the appended claims and their equivalents.

Claims

1. A multi-tiered Web3 clinical data collection and ethical medical evaluation value network system, characterized in that: Comprising the following steps: Step 1: By classifying tasks by different functional purposes, the efficiency of mixed functions is avoided, thereby reducing the computational burden. The system is designed to be closer to the natural reality of the world. Step 2: Due to the diversity of biological data, the homogenization of biological data of contributors is avoided, and a more fair and transparent purpose is achieved. Special biological data contributors with special symptoms can obtain higher fees that reasonably reflect the actual market value of their special biological data. Since the system is based on a Blockchain technology-based Web3 network system, its tamper-proof nature not only guarantees the authenticity of the data and the special medical and biological value of the data, but also permanently tracks the contributor's lifetime, ensuring the data rights and interests of the contributor throughout their life cycle. Step 3: Bio-pouch, unlike traditional digital wallet, the main purpose is for users to use the Bio-pouch, similar to the function of a digital asset wallet, to store the private key of the contributor's data, which can be carried throughout their life. Unlike Web2 service providers, data belongs to Web2 service providers, as long as the user has their own private key and owns their own MedicalData Node, their data will always be in their own hands, and others cannot use the data without the private key. Step 4: The smart contract of the system must rely on the consensus results of the "basic rule-making chain" to execute all operations, which can effectively avoid the unfairness of the king's clause and protect the legal rights and interests of both parties. PoW mechanism: biological data of contributors, research results sharing mechanism, data usage or ownership transaction and transfer fees.

2. The multi-tiered Web3 clinical data collection and ethical medical evaluation value network system of claim 1, wherein: In step 1, the cost of collecting candidate contributors and data collection processes is also reduced, thereby reducing the dependence on CRO companies.

3. The multi-tiered Web3 Clinical Data Collection and Ethical Medical Evaluation Value Network System of claim 1, wherein: In step 1, data contributors, data demanders, government regulators, recorders, certifiers, and insurance agencies can use the self-developed specific "Blockchain Browser" to conduct real-time inquiries and tracking, and meet the needs of scientific research data auditing and investigation.

4. The multi-tiered Web3 clinical data collection and ethical medical evaluation value network system of claim 1, wherein: In step 2, the system can permanently track the contributor's lifetime, ensuring the data rights and interests of the contributor throughout their life cycle.

5. The multi-tiered Web3 clinical data collection and ethical medical evaluation value network system of claim 1, wherein: In step 2, special biological data contributors with special symptoms and special medical and biological value data.

6. The multi-tiered Web3 clinical data collection and ethical medical evaluation value network system of claim 1, wherein: In step 3, Bio-pouch is used to store biological information and the private key of the data contributor.

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