A method for generating IPV6 digital assets based on blockchain

Abstract

The invention discloses an IPV6 digital asset generation method based on blockchain, which relates to the technical field of digital asset generation, establishes an initial database, records initial data of different devices, analyzes whether current devices of the same model are recorded in the initial database, generates corresponding IPV6 digital assets according to the device data, and trades the generated IPV6 digital assets. The advantages of the invention are: by establishing an initial database, the initial data of different devices can be recorded in real time, when the device data of the same device model is obtained next time, the initial data of the device in the initial database can be directly called, thereby improving the recording efficiency of the device data, and the difference in the data of devices of the same model can be quickly discovered, and the supplementary device data can be generated, thereby optimizing resource utilization and improving the efficiency of data processing. At the same time, abnormal situations can be discovered in time to ensure the security and legality of transactions.

Description

Technical Field

[0001] The present invention relates to the technical field of digital asset generation, and in particular to an IPV6 digital asset generation method based on blockchain. Background Art

[0002] Blockchain is a decentralized distributed database technology that records data in the form of a blockchain. Each block contains a certain amount of transaction information and is linked to the previous block through cryptographic technology, forming an ever-growing chain. Digital asset generation refers to the conversion of physical assets or virtual assets into digital form through digital technology so that they can be managed, traded and circulated on a digital platform. Digital asset generation usually involves the registration, identification, conversion, storage and other processes of digital assets.

[0003] The common IPV6 digital asset generation methods on the market require all device data to be acquired when obtaining device information. It is impossible to record the initial data of different models of devices in advance, resulting in poor efficiency when acquiring device data and failure to optimize resource utilization, which leads to unnecessary work when generating IPV6 digital assets. To this end, we propose a blockchain-based IPV6 digital asset generation method. Summary of the Invention

[0004] The purpose of the present invention is to provide a method for generating IPV6 digital assets based on blockchain.

[0005] To solve the problems raised in the above background technology, the present invention provides the following technical solution: a method for generating IPV6 digital assets based on blockchain, comprising the following steps:

[0006] S100: Collect current device data, analyze the current device model, and establish an initial database on the blockchain to record the initial data of different devices;

[0007] S200, analyzing whether the current device of the same model is recorded in the initial database;

[0008] When the current device data of the same model exists in the initial database, the difference data between the current device data and the initial device data recorded in the original database is analyzed to generate supplementary device data;

[0009] When the current device data of the same model does not exist in the initial database, all the current device data will be recorded to generate new device data;

[0010] S300: Generate corresponding IPV6 digital assets based on device data. The method for generating IPV6 digital assets is as follows:

[0011] S310. Assign unique identifiers to data and classify them appropriately based on their nature and purpose;

[0012] S320, using hash functions, symmetric encryption, and asymmetric encryption algorithms to process data to improve data security;

[0013] S330, determining an IPV6 address generation rule based on the data characteristics and identifier, generating 10 IPV6 link-local addresses using the EUI-64 algorithm, and then randomly selecting an IPV6 link-local address;

[0014] S340: Convert the data into an IPv6 address format on the extracted IPv6 local link address, digitally sign the IPv6 local link address, and generate an IPv6 digital asset corresponding to the data.

[0015] S400: Transaction of the generated IPV6 digital assets, and recording of monitoring information of various IPV6 address information during the transaction.

[0016] As a further solution of the present invention: in S100, the initial database accesses the network to obtain the sales status of different devices. At this time, the initial database extracts the information of the top 10 devices in terms of sales volume, obtains the initial data of the information of different devices, analyzes the models of different devices, creates folders with the names of different device models, and records the initial data of the corresponding devices in different folders.

[0017] As a further solution of the present invention: in said S200, after obtaining the model of the current device, the model of the current device is entered into the initial database for retrieval, and the model of the current device is set to , suppose the different device models recorded in the initial database are 、……、 , where B is an unknown number, suppose there is data of the same model ;

[0018]

[0019] when When the initial database contains device information with the same model as the current device, the initial data of the current device can be extracted from the initial database, and the difference data between the current device data and the initial data of the current device can be obtained;

[0020] when When the initial database does not contain the device information with the same model as the current device, the initial data of the current device cannot be extracted from the initial database;

[0021] When obtaining the difference data, it is necessary to synchronously obtain the initial data of the current device from the initial database, and then compare the initial data of the current device with the current device data to obtain the difference data between the initial data of the current device and the current device data. Let the current device data be , set the initial data of the current device to , where X and Y are unknowns, let the difference data be ;

[0022]

[0023] According to the above formula, the difference data of the current device can be calculated by the difference set method.

[0024] As a further solution of the present invention: in S200, after obtaining the difference data, the method for generating the supplementary recording device data is as follows:

[0025] S210, creating an IPV6 digital asset folder, extracting initial data of the device with the same model as the current device from the initial database, and recording it in the IPV6 digital asset folder;

[0026] S220 . Record the difference data between the current device data and the initial device data into the IPV6 digital asset folder, thereby generating supplementary device data.

[0027] As a further solution of the present invention: in S210, after the IPV6 digital asset folder is established, the initial data of the current device is recorded in the IPV6 digital asset folder by copying and pasting.

[0028] As a further solution of the present invention: in said S220, when generating the supplementary device data, it is necessary to obtain the difference data between the current device data and the current device initial data by scanning, and then record the difference data into the IPV6 digital asset folder. At this time, the data in the IPV6 digital asset folder will form a complete device data.

[0029] As a further solution of the present invention: in S200, after obtaining the current device data of the same model that does not exist in the initial database, it is included as new device data, and then the model of the new device data is analyzed, and the initial data of the new device is retrieved according to the new device model. After the new device data is generated, the initial data of the new device and the model information of the new device are synchronously recorded in the original database.

[0030] As a further solution of the present invention: in said S400, during the IPV6 digital asset transaction, data changes during the IPV6 digital asset transaction are monitored, the IPV6 digital asset transaction process information is converted into CSV format, and it is determined whether the transaction is running normally;

[0031] When the transaction is normal, the data format of the transaction process is recorded, thereby forming a data reserve for judging whether the transaction is operating normally;

[0032] When the transaction is abnormal, the alarm function will be triggered, and the abnormal IPV6 digital asset transaction process information and abnormal information will be publicly displayed to the management personnel.

[0033] By adopting the above technical solution, compared with the prior art, the beneficial effects of the present invention are:

[0034] 1. The present invention can record the initial data of different devices in real time by establishing an initial database. When acquiring device data of the same device model next time, the initial data of the device in the initial database can be directly called, thereby improving the efficiency of device data recording. Differences in data of devices of the same model can be quickly discovered and supplementary device data can be generated, thereby optimizing resource utilization and improving data processing efficiency. At the same time, anomalies can be discovered in a timely manner to ensure the security and legality of transactions.

[0035] 2. This invention accesses the network to obtain sales information for different devices and extracts information on the top 10 devices in terms of sales volume. This helps companies understand market demand and trends and make targeted adjustments to production, R&D, and sales strategies. It also creates folders named after device models to record initial data, making data classification clearer and facilitating subsequent queries. A clear supplementary recording process improves the readiness of data updates. A retrieval mechanism is used to determine whether the current device model exists in the initial database, enabling the adoption of appropriate data processing strategies for new and existing devices.

[0036] 3. The present invention facilitates the analysis of the initial data of new devices by effectively processing the data of devices of the same model that do not exist in the initial database, and records the initial data of new devices in the initial database, which helps to continuously enrich and improve the initial database, making it more comprehensive and practical, and can reduce the possibility of device data leakage and tampering. When an abnormality occurs in a transaction, the alarm function is triggered and the abnormal information is displayed to the management personnel, so that problems can be discovered and handled in time, losses can be reduced, and the security and stability of the transaction can be guaranteed. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Figure 1 This is a schematic diagram of the overall method steps in an embodiment of the present invention;

[0038] Figure 2 Schematic diagram of the steps of a method for generating supplementary recording device data in an embodiment of the present invention;

[0039] Figure 3Schematic diagram of the steps of the digital asset generation method in an embodiment of the present invention. DETAILED DESCRIPTION

[0040] The specific embodiments of the present invention will be further described below in conjunction with the accompanying drawings. It should be noted that the description of these embodiments is used to help understand the present invention, but does not constitute a limitation of the present invention.

[0041] In addition, the technical features involved in the various embodiments of the present invention described below can be combined with each other as long as they do not conflict with each other.

[0042] Example 1:

[0043] A blockchain-based IPv6 digital asset generation method. Blockchain is a decentralized distributed database technology that records data in the form of a blockchain. Each block contains a certain amount of transaction information and is linked to the previous block through cryptography, forming an ever-growing chain. Digital asset generation refers to the conversion of physical or virtual assets into digital form through digital technology, allowing them to be managed, traded, and circulated on a digital platform. Digital asset generation typically involves the registration, identification, conversion, and storage of digital assets.

[0044] Common IPV6 digital asset generation methods on the market require all device data to be acquired when obtaining device information. Initial data for different device models cannot be recorded in advance, resulting in poor efficiency in acquiring device data and inability to optimize resource utilization, leading to unnecessary work when generating IPV6 digital assets. Therefore, we propose a blockchain-based IPV6 digital asset generation method.

[0045] Therefore, in order to effectively solve the above problems, this application proposes a method for generating IPV6 digital assets based on blockchain, as shown in the attached drawings of the specification. Figure 1 -Attached Figure 3 As shown, the following steps are included:

[0046] S100: Collect current device data, analyze the current device model, and establish an initial database on the blockchain to record the initial data of different devices;

[0047] S200, analyzing whether the current device of the same model is recorded in the initial database;

[0048] When the current device data of the same model exists in the initial database, the difference data between the current device data and the initial device data recorded in the original database is analyzed to generate supplementary device data;

[0049] When the current device data of the same model does not exist in the initial database, all the current device data will be recorded to generate new device data;

[0050] S300: Generate corresponding IPV6 digital assets based on device data. The method for generating IPV6 digital assets is as follows:

[0051] S310. Assign unique identifiers to data and classify them appropriately based on their nature and purpose;

[0052] S320, using hash functions, symmetric encryption, and asymmetric encryption algorithms to process data to improve data security;

[0053] S330, determining an IPV6 address generation rule based on the data characteristics and identifier, generating 10 IPV6 link-local addresses using the EUI-64 algorithm, and then randomly selecting an IPV6 link-local address;

[0054] S340: Convert the data into an IPv6 address format on the extracted IPv6 local link address, digitally sign the IPv6 local link address, and generate an IPv6 digital asset corresponding to the data.

[0055] S400: Transaction of the generated IPV6 digital assets, and recording of monitoring information of various IPV6 address information during the transaction.

[0056] Specific workflow: Collect current device data, analyze the current device model, and establish an initial database on the blockchain, record the initial data of different devices, analyze whether the same model of current device is recorded in the initial database, and when the same model of current device data exists in the initial database, analyze the difference data between the current device data and the initial device data recorded in the original database, and generate supplementary device data. When the same model of current device data does not exist in the initial database, all current device data will be recorded to generate new device data, and the corresponding IPV6 digital assets will be generated according to the device data. The generated IPV6 digital assets will be traded, and the monitoring information of various IPV6 address information during the transaction will be recorded. When an abnormality occurs in the transaction of IPV6 digital assets, the cause of the abnormality can also be analyzed, and the solution to the abnormality can be retrieved. The effects of different solutions are analyzed, and then the better solution is extracted and displayed.

[0057] Furthermore, by establishing an initial database, the initial data of different devices can be recorded in real time. When the device data of the same device model is obtained next time, the initial data of the device in the initial database can be directly called, thereby improving the efficiency of recording device data, and the differences in the data of devices of the same model can be quickly discovered, and supplementary device data can be generated, thereby optimizing resource utilization and improving data processing efficiency. At the same time, abnormal situations can be discovered in time to ensure the security and legality of transactions.

[0058] Example 2:

[0059] Based on the first embodiment, as shown in the accompanying drawings of the specification Figure 1 -Attached Figure 3 As shown, in S100, the initial database accesses the network to obtain the sales information of different devices. At this time, the initial database extracts the information of the top 10 devices in terms of sales volume, obtains the initial data of different device information, analyzes the models of different devices, creates folders with different device models as names, and records the initial data of the corresponding devices in different folders. In S200, after obtaining the model of the current device, the current device model is entered into the initial database for retrieval. Suppose the model of the current device is , suppose the different device models recorded in the initial database are 、……、 , where B is an unknown number, suppose there is data of the same model ;

[0060]

[0061] when When the initial database contains device information with the same model as the current device, the initial data of the current device can be extracted from the initial database, and the difference data between the current device data and the initial data of the current device can be obtained;

[0062] when When the initial database does not contain the device information with the same model as the current device, the initial data of the current device cannot be extracted from the initial database;

[0063] When obtaining the difference data, it is necessary to synchronously obtain the initial data of the current device from the initial database, and then compare the initial data of the current device with the current device data to obtain the difference data between the initial data of the current device and the current device data. Let the current device data be , set the initial data of the current device to , where X and Y are unknowns, let the difference data be ;

[0064]

[0065] According to the above formula, the difference data of the current device can be calculated by the difference set method. In S200, after obtaining the difference data, the method for generating the supplementary device data is as follows:

[0066] S210, creating an IPV6 digital asset folder, extracting initial data of the device with the same model as the current device from the initial database, and recording it in the IPV6 digital asset folder;

[0067] S220, recording the difference between the current device data and the initial device data into the IPV6 digital asset folder, thereby generating supplementary device data. In S210, after the IPV6 digital asset folder is established, the initial data of the current device is recorded into the IPV6 digital asset folder by copying and pasting. In S220, when generating the supplementary device data, it is necessary to obtain the difference between the current device data and the initial device data by scanning, and then record the difference data into the IPV6 digital asset folder. At this time, the data in the IPV6 digital asset folder will form a complete device data.

[0068] Specific workflow: The initial database will access the network to obtain initial data of different device information, create folders named after different device models, and record the initial data of the corresponding devices in different folders;

[0069] After obtaining the current device model, the current device model will be entered into the initial database for retrieval. When the initial database contains device information with the same model as the current device, the initial data of the current device can be extracted from the initial database to obtain the difference data between the current device data and the initial data of the current device, and then obtain the difference data between the initial data of the current device and the current device data;

[0070] Then, an IPV6 digital asset folder is created, and the initial data of the device with the same model as the current device in the initial database is extracted. The initial data of the device is recorded into the IPV6 digital asset folder by copying and pasting. Then, the difference data between the current device data and the initial data of the device is recorded into the IPV6 digital asset folder, thereby generating the supplementary device data.

[0071] At the same time, when the initial database accesses the network, a condition input box can be established synchronously. At this time, users can enter the search conditions according to their needs, making the retrieved information more suitable for users' needs;

[0072] Furthermore, by accessing the network to obtain sales information of different devices and extracting information on the top 10 devices in terms of sales volume, companies can understand market demands and trends and make targeted adjustments to production, R&D, and sales strategies. At the same time, folders named after device models are created to record initial data, making data classification clearer and facilitating subsequent inquiries. A clear supplementary recording process can improve the readiness of data updates, and a retrieval mechanism is used to determine whether the current device model exists in the initial database, so that corresponding data processing strategies can be adopted for new and existing devices respectively.

[0073] Example 3:

[0074] Based on the second embodiment, as shown in the accompanying drawings of the specification Figure 1 -Attached Figure 3 As shown, in S200, after obtaining the current device data of the same model that does not exist in the initial database, it is included as new device data, and then the model of the new device data is analyzed. The initial data of the new device is retrieved according to the new device model. After the new device data is generated, the initial data of the new device and the model information of the new device are synchronously recorded in the original database. In S400, during the IPV6 digital asset transaction, the data changes during the IPV6 digital asset transaction are monitored, and the IPV6 digital asset transaction process information is converted into CSV format to determine whether the transaction is running normally.

[0075] When the transaction is normal, the data format of the transaction process is recorded, thereby forming a data reserve for judging whether the transaction is operating normally;

[0076] When the transaction is abnormal, the alarm function will be triggered, and the abnormal IPV6 digital asset transaction process information and abnormal information will be publicly displayed to the management personnel;

[0077] Specific workflow: After obtaining the current device data of the same model that does not exist in the initial database, it is included as new device data. The initial data of the new device is retrieved according to the new device model. After the new device data is generated, the initial data of the new device and the model information of the new device are synchronously recorded in the original database;

[0078] Then, a unique identifier is assigned to newly created or supplemented device data, and the device data is reasonably classified according to its nature and purpose. The device data is processed using hash functions, symmetric encryption, and asymmetric encryption algorithms to improve the security of the device data. The IPV6 address generation rule is determined based on the characteristics of the device data and the identifier. Ten IPV6 link-local addresses are generated using the EUI-64 algorithm. Then, an IPV6 link-local address is randomly selected. The device data is converted into an IPV6 address format based on the extracted IPV6 link-local address, and the IPv6 link-local address is digitally signed to generate an IPV6 digital asset corresponding to the device data.

[0079] During IPV6 digital asset transactions, the system will monitor data changes during IPV6 digital asset transactions, convert the IPV6 digital asset transaction process information into CSV format, and determine whether the transaction is running normally;

[0080] When determining whether a transaction is operating normally, data integrity checks, transaction process compliance checks, data consistency verification, response time monitoring, comparison with historical data, and the use of data analysis techniques can be performed to identify abnormal patterns or behaviors in transactions;

[0081] Furthermore, by effectively processing the data of devices of the same model that do not exist in the initial database, it is convenient to analyze the initial data of new devices. Recording the initial data of new devices in the initial database will help to continuously enrich and improve the initial database, making it more comprehensive and practical, and reducing the possibility of device data leakage and tampering. When an abnormality occurs in a transaction, the alarm function is triggered and the abnormal information is displayed to the management personnel, so that problems can be discovered and handled in time, losses can be reduced, and the security and stability of the transaction can be guaranteed.

[0082] The basic principles, main features, and advantages of the present invention are shown and described above. Those skilled in the art should understand that the present invention is not limited to the foregoing embodiments. The foregoing embodiments and descriptions are merely illustrative of the principles of the present invention. Various changes and modifications may be made to the present invention without departing from the spirit and scope of the present invention. Such changes and modifications are intended to fall within the scope of the present invention. The scope of protection claimed in the present invention is defined by the appended claims and their equivalents.

Claims

1. A method for generating IPV6 digital assets based on blockchain, characterized in that: The following steps are involved: S100, collect current device data, analyze the current device model, and establish an initial database on the blockchain to record the initial data of different devices; S200, analyzing whether the current device of the same model is recorded in the initial database; When the current device data of the same model exists in the initial database, the difference data between the current device data and the initial device data recorded in the original database is analyzed to generate supplementary device data; When the current device data of the same model does not exist in the initial database, all the current device data will be recorded to generate new device data; S300: Generate corresponding IPV6 digital assets according to device data. The method for generating IPV6 digital assets is as follows: S310. Assign unique identifiers to data and classify them appropriately according to their nature and purpose; S320, using hash functions, symmetric encryption and asymmetric encryption algorithms to process data to improve data security; S330, determining a generation rule of the IPV6 address according to the characteristics of the data and the identifier, generating 10 IPV6 local link addresses using the EUI-64 algorithm, and then randomly selecting an IPV6 local link address; S340, converting the data into an IPv6 address format on the extracted IPv6 local link address, and digitally signing the IPv6 local link address, thereby generating an IPv6 digital asset corresponding to the data; S400, trading the generated IPV6 digital assets, and recording monitoring information of various IPV6 address information during the transaction.

2. A method for generating IPV6 digital assets based on blockchain according to claim 1, characterized in that: In S100, the initial database accesses the network to obtain the sales information of different devices. At this time, the initial database extracts the information of the top 10 devices in terms of sales volume, obtains the initial data of the information of different devices, analyzes the models of different devices, creates folders with different device models as names, and records the initial data of the corresponding devices in different folders.

3. A method for generating IPV6 digital assets based on blockchain according to claim 1, characterized in that: In S200, after obtaining the model of the current device, the model of the current device is entered into the initial database for retrieval. Suppose the model of the current device is , assuming that the different device models recorded in the initial database are ,……, , where B is an unknown number, assuming that there is data of the same model ; when When the initial database contains device information with the same model as the current device, the initial data of the current device can be extracted from the initial database, and the difference data between the current device data and the initial data of the current device can be obtained; when When the initial database does not contain the device information with the same model as the current device, the initial data of the current device cannot be extracted from the initial database; When obtaining the difference data, it is necessary to synchronously obtain the initial data of the current device from the initial database, and then compare the initial data of the current device with the current device data to obtain the difference data between the initial data of the current device and the current device data. Suppose the current device data is , assuming the initial data of the current device is , where X and Y are unknowns, let the difference data be ; According to the above formula, the difference data of the current device can be calculated by the difference set method.

4. A method for generating IPV6 digital assets based on blockchain according to claim 3, characterized in that: In S200, after obtaining the difference data, the method for generating the supplementary recording device data is as follows: S210, establishing an IPV6 digital asset folder, extracting the initial data of the device with the same model as the current device in the initial database, and recording it in the IPV6 digital asset folder; S220, recording the difference data between the current device data and the initial device data into the IPV6 digital asset folder, thereby generating supplementary device data.

5. A method for generating IPV6 digital assets based on blockchain according to claim 4, characterized in that: In S210, after the IPV6 digital asset folder is established, the initial data of the current device is recorded into the IPV6 digital asset folder by copying and pasting.

6. A method for generating IPV6 digital assets based on blockchain according to claim 4, characterized in that: In S220, when generating the supplementary device data, it is necessary to obtain the difference data between the current device data and the current device initial data by scanning, and then record the difference data into the IPV6 digital asset folder. At this time, the data in the IPV6 digital asset folder will form a complete device data.

7. The method for generating IPV6 digital assets based on blockchain according to claim 1, characterized in that: In S200, after obtaining the current device data of the same model that does not exist in the initial database, it is included as new device data, and then the model of the new device data is analyzed, and the initial data of the new device is retrieved according to the new device model. After the new device data is generated, the initial data of the new device and the model information of the new device are synchronously recorded in the original database.

8. The method for generating IPV6 digital assets based on blockchain according to claim 1, characterized in that: In the S400, during the IPV6 digital asset transaction, the data changes during the IPV6 digital asset transaction are monitored, the IPV6 digital asset transaction process information is converted into a CSV format, and it is determined whether the transaction is running normally; When the transaction is normal, the data format of the transaction process is recorded, thereby forming a data reserve for judging whether the transaction is operating normally; When the transaction is abnormal, the alarm function will be triggered, and the abnormal IPV6 digital asset transaction process information and abnormal information will be publicly displayed to the management personnel.

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