IPV6 digital asset generation method based on block chain

Abstract

The invention discloses a block chain-based IPV6 digital asset generation method, and relates to the technical field of asset generation, and the block chain-based IPV6 digital asset generation technology comprises an IPV6 address module, an equipment information module, an IPV6 distribution module, a dynamic adjustment module, an IPV6 management module, an IPV6 transaction module, a monitoring module and an anomaly analysis module. The system has the advantages that the IPV6 address space and the IPV6 address can be prepared in advance through the IPV6 address module, the efficiency of allocating the IPV6 address to the equipment is improved, the information of the equipment can be preliminarily acquired through the equipment information module, the equipment can be allocated to the proper IPV6 address space and IPV6 address, and the efficiency of allocating the IPV6 address to the equipment is improved. The occupied space of the equipment information can be further detected and analyzed through the IPV6 allocation module, so that IPV6 address allocation is more accurate, resource waste is reduced, the utilization rate of redundant space is improved, and when digital assets need to be generated, the generation efficiency is higher.

Description

Technical Field

[0001] The present invention relates to the technical field of 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 blockchains. Each block contains a certain amount of transaction information and is linked to the previous block through cryptography technology to form a 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 general blockchain-based IPV6 digital asset generation technology on the market will only generate an IPV6 address when receiving device information, and then assign the IPV6 address to the device, resulting in a slower processing effect. In addition, when dividing the device information processing space, it is unable to intelligently adjust the device information processing space, resulting in part of the space being unusable and wasting space resources. 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 an IPV6 digital asset generation method based on blockchain.

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

[0006] The IPV6 address module is used to establish an IPV6 address space and generate an IPV6 address, analyze the IPV6 address space and the device requirement information adapted by the IPV6 address, and communicate with the IPV6 allocation module;

[0007] The device information module is used to simply record different devices, so as to obtain the maximum space information occupied by different device information, and is connected to the IPV6 allocation module for communication;

[0008] An IPV6 allocation module allocates the established IPV6 address space and the IPV6 address to the device, obtains the device information in the IPV6 address space, and communicates with the dynamic adjustment module;

[0009] The dynamic adjustment module is used to obtain the space information occupied by the device information in real time, adjust the IPV6 address space using the space occupied by the device information, and communicate with the IPV6 management module;

[0010] An IPV6 management module records and manages information about allocated IPV6 address space and IPV6 addresses, and is connected to the IPV6 transaction module for communication;

[0011] IPV6 transaction module, used for conducting IPV6 address information transactions on the blockchain network and communicating with the monitoring module;

[0012] The monitoring module can monitor the process of IPV6 address information transaction in real time, convert the monitoring process into monitoring information, integrate the information into real-time information, and communicate with the abnormal analysis module;

[0013] The anomaly analysis module can record the monitoring information of various IPV6 address information during transactions and analyze whether there are any anomalies in the real-time information.

[0014] As a further solution of the present invention: the IPV6 address module can establish an address library, then obtain the demand information of the device, then establish the IPV6 address space and generate the IPV6 address according to the demand information of the device, and record the IPV6 address space information and the IPV6 address information in the blockchain. At this time, the demand information of the device is extended to obtain different device demand information, and different IPV6 address spaces are established and different IPV6 addresses are generated according to different device demand information. Then, the established IPV6 address space information and the generated IPV6 address information are recorded in the address library, and the corresponding device requirements and IPV6 address information are marked on the IPV6 address space. At this time, the IPV6 address space information and the IPV6 address information are converted into data assets, and then the digital assets are recorded in the blockchain.

[0015] As a further solution of the present invention: the device information module can obtain information of different devices, thereby obtaining the maximum amount of information stored in the device, analyzing the maximum space that the information in the device can occupy based on the maximum amount of information stored in the device, and transmitting the information processed by the device information module to the IPV6 allocation module.

[0016] As a further solution of the present invention: the IPV6 allocation module can receive device information, and then analyze the device requirements according to the device information, retrieve the corresponding IPV6 address space and IPV6 address according to the device requirements, and set the single device requirement as X Q , assuming that the total demand for the analyzed equipment is Assume that the IPv6 address space in the address library and the individual device requirements for IPv6 addresses are Y Q , assuming that the total demand for IPV6 address space and IPV6 address devices in the address library is Let the extracted value be T Q ;

[0017]

[0018] According to the above formula, the device demand and the extraction value T of different IPv6 address spaces for demand can be calculated. Q , and then calculate the extracted value T Q Perform analysis to obtain the most suitable IPV6 address space information and IPV6 address information of the device, and transmit the information processed by the IPV6 allocation module to the dynamic adjustment module.

[0019] As a further solution of the present invention: the dynamic adjustment module can receive the overall information of the device, and then analyze the space occupied by the device information according to the complexity of the device information, the amount of data, the storage method of the information, and the compression and optimization of the data, and then obtain the size of the IPV6 address space, calculate the space left by the IPV6 address space, and set the reserved space memory during the device information processing as Y L The reserved space memory is to ensure that there is enough space to record the device information when processing the device information. Suppose the space memory occupied by the device information is S K , let the space left in the IPv6 address space be Z K , set the reserved space Y L The space occupied by the device information S K one third of

[0020]

[0021] According to the above formula, the space memory Z left by the IPv6 address space can be calculated. K , and then extract the extra space to avoid wasting resources. The specific extraction method is as follows:

[0022] (1) Use disk partitioning to partition the redundant IPv6 address space, and then merge the partitioned space with the total space after the partitioning is completed;

[0023] (2) Reduce the size of the allocated IPv6 address space by adjusting the swap space.

[0024] As a further solution of the present invention: the IPV6 management module can record and manage all allocated IPV6 address space information and IPV6 address information, thereby recording the IPV6 address space and IPV6 address allocation. At this time, the management personnel can view and manage the IPV6 address space and IPV6 address allocation through the blockchain network.

[0025] As a further solution of the present invention: the IPV6 transaction module can establish a transaction platform on the blockchain, and then type the IPV6 address information required for the transaction into the transaction platform. When the IPV6 address needs to be traded, the seller publishes the IPV6 address information on the transaction platform. When the IPV6 address needs to be purchased, the buyer directly browses the IPV6 address information on the transaction platform, and can also directly retrieve the IPV6 address information on the transaction platform. When the IPV address is traded, the ownership of the IPV6 address on the blockchain can be updated to the seller's account through the transaction platform, and then the information processed by the IPV6 transaction module is transmitted to the monitoring module.

[0026] As a further solution of the present invention: the monitoring module can perform monitoring and processing during IPV6 address transactions, thereby monitoring the entire process of IPV6 address information transactions in real time, and converting the transaction process into CSV format in real time to determine whether the transaction is operating normally. When the transaction is normal, the data format of the transaction process is recorded to form a data reserve for determining whether the transaction is operating normally. The data reserve is converted into the original data format to provide data support for subsequent analysis and judgment, and the information processed by the monitoring module is transmitted to the abnormal analysis module.

[0027] As a further solution of the present invention: the abnormal analysis module can receive the real-time converted data format, convert the real-time converted data format into the real-time data format, and then compare the real-time data format with the original data format to analyze whether there is a difference between the real-time data format and the original data format. When there is a difference, the location of the difference will be recorded, and the impact of the difference will be analyzed to determine whether the difference will affect the normal operation of the transaction.

[0028] By adopting the above technical solution, compared with the prior art, the beneficial effects of the present invention are:

[0029] 1. The present invention can prepare the IPV6 address space and IPV6 address in advance through the IPV6 address module, thereby increasing the efficiency of the device in allocating IPV6 addresses. The device information module can be used to preliminarily obtain the device information, thereby obtaining the maximum amount of information stored in the device, so that the device can be allocated with a suitable IPV6 address space and IPV6 address. The IPV6 allocation module can further detect and analyze the occupied space of the device information, so that the IPV6 address allocation is more accurate, the waste of resources is reduced, the utilization rate of the redundant space is improved, and when digital assets need to be generated, the generation efficiency is faster;

[0030] 2. The present invention can adjust the IPV6 address space according to the occupied space of the device information through the dynamic adjustment module, thereby preventing a small amount of device information from occupying a large IPV6 address space. The IPV6 management module can record and manage the IPV6 address space and the allocation of IPV6 addresses, which is more convenient for management personnel to view, thereby better managing IPV6 digital assets;

[0031] 3. The present invention can establish a transaction platform on the blockchain through the IPV6 transaction module, so that the transaction platform has uniqueness and cannot be tampered with, and the security of IPV6 address information during transactions is increased. The whole process of IPV6 address information transactions can be monitored in real time through the monitoring module, and the monitored process is converted into CSV format. The transaction process is analyzed in real time through the abnormal analysis module to see whether there are abnormal situations. When there are abnormal situations in the transaction process of the IPV6 address, it can be analyzed in time whether the abnormal situation has an impact on the transaction process of the IPV6 address information, so that the management personnel can judge and deal with the abnormal situation in time. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] Figure 1 A schematic diagram of a system flow in an embodiment of the present invention; DETAILED DESCRIPTION

[0033] 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.

[0034] 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.

[0035] Please refer to the attached Figure 1 , a blockchain-based IPV6 digital asset generation method, comprising:

[0036] The IPV6 address module is used to establish an IPV6 address space and generate an IPV6 address, analyze the IPV6 address space and the device requirement information adapted by the IPV6 address, and communicate with the IPV6 allocation module;

[0037] The device information module is used to simply record different devices, so as to obtain the maximum space information occupied by different device information, and is connected to the IPV6 allocation module for communication;

[0038] An IPV6 allocation module allocates the established IPV6 address space and the IPV6 address to the device, obtains the device information in the IPV6 address space, and communicates with the dynamic adjustment module;

[0039] The dynamic adjustment module is used to obtain the space information occupied by the device information in real time, adjust the IPV6 address space using the space occupied by the device information, and communicate with the IPV6 management module;

[0040] An IPV6 management module records and manages information about allocated IPV6 address spaces and IPV6 addresses, and is connected to the IPV6 transaction module for communication;

[0041] IPV6 transaction module, used for conducting IPV6 address information transactions on the blockchain network and communicating with the monitoring module;

[0042] The monitoring module can monitor the process of IPV6 address information transaction in real time, convert the monitoring process into monitoring information, integrate the information into real-time information, and communicate with the abnormal analysis module;

[0043] The anomaly analysis module can record the monitoring information of various IPV6 address information during transactions and analyze whether there are any anomalies in the real-time information.

[0044] In one embodiment of the present invention: the IPV6 address module can establish an address library, then obtain the demand information of the device, and then establish the IPV6 address space and generate the IPV6 address according to the demand information of the device, and record the IPV6 address space information and the IPV6 address information in the blockchain. At this time, the demand information of the device is extended to obtain different device demand information, and different IPV6 address spaces are established and different IPV6 addresses are generated according to different device demand information. The established IPV6 address space information and the generated IPV6 address information are then recorded in the address library, and the corresponding device requirements and IPV6 address information are marked on the IPV6 address space. At this time, the IPV6 address space information and the IPV6 address information are converted into data assets, and then the digital assets are recorded in the blockchain.

[0045] In one embodiment of the present invention: the device information module can obtain information of different devices, thereby obtaining the maximum amount of information stored in the device, analyzing the maximum space that the information in the device can occupy based on the maximum amount of information stored in the device, and transmitting the information processed by the device information module to the IPV6 allocation module.

[0046] In one embodiment of the present invention, the IPV6 allocation module can receive device information, analyze device requirements according to the device information, retrieve the corresponding IPV6 address space and IPV6 address according to the device requirements, and set the single device requirement as X. Q , assuming that the total demand for the analyzed equipment is Assume that the IPv6 address space in the address library and the individual device requirements for IPv6 addresses are Y Q, assuming that the total demand for IPV6 address space and IPV6 address devices in the address library is Let the extracted value be T Q ;

[0047]

[0048] According to the above formula, the device demand and the extraction value T of different IPv6 address spaces for demand can be calculated. Q , and then calculate the extracted value T Q Perform analysis to obtain the most suitable IPV6 address space information and IPV6 address information of the device, and transmit the information processed by the IPV6 allocation module to the dynamic adjustment module.

[0049] In one embodiment of the present invention: the dynamic adjustment module can receive the overall information of the device, and then analyze the space occupied by the device information according to the complexity of the device information, the amount of data, the storage method of the information, and the compression and optimization of the data, and then obtain the size of the IPV6 address space, calculate the space left by the IPV6 address space, and set the reserved space memory during the device information processing as Y L The reserved space memory is to ensure that there is enough space to record the device information when processing the device information. Suppose the space memory occupied by the device information is S K , let the space left in the IPv6 address space be Z K , set the reserved space Y L The space occupied by the device information S K one third of

[0050]

[0051] According to the above formula, the space memory Z left by the IPv6 address space can be calculated. K , and then extract the extra space to avoid wasting resources. The specific extraction method is as follows:

[0052] (1) Use disk partitioning to partition the redundant IPv6 address space, and then merge the partitioned space with the total space after the partitioning is completed;

[0053] (2) Reduce the size of the allocated IPv6 address space by adjusting the swap space.

[0054] In one embodiment of the present invention: the IPV6 management module is capable of recording and managing all allocated IPV6 address space information and IPV6 address information, thereby recording the IPV6 address space and IPV6 address allocation. At this time, the management personnel can view and manage the IPV6 address space and IPV6 address allocation through the blockchain network.

[0055] In one embodiment of the present invention: the IPV6 transaction module can establish a transaction platform on the blockchain, and then type the IPV6 address information required for the transaction into the transaction platform. When the IPV6 address needs to be traded, the seller publishes the IPV6 address information on the transaction platform. When the IPV6 address needs to be purchased, the buyer directly browses the IPV6 address information on the transaction platform, and can also directly retrieve the IPV6 address information on the transaction platform. When the IPV address is traded, the ownership of the IPV6 address on the blockchain can be updated to the seller's account through the transaction platform, and then the information processed by the IPV6 transaction module is transmitted to the monitoring module.

[0056] In one embodiment of the present invention: the monitoring module can perform monitoring and processing during IPV6 address transactions, thereby monitoring the entire process of IPV6 address information transactions in real time, and converting the transaction process into CSV format in real time to determine whether the transaction is operating normally. When the transaction is normal, the data format of the transaction process is recorded to form a data reserve for determining whether the transaction is operating normally. The data reserve is converted into the original data format to provide data support for subsequent analysis and judgment, and the information processed by the monitoring module is transmitted to the abnormal analysis module.

[0057] In one embodiment of the present invention: the abnormal analysis module can receive the real-time converted data format, convert the real-time converted data format into the real-time data format, and then compare the real-time data format with the original data format to analyze whether there is a difference between the real-time data format and the original data format. When there is a difference, the location of the difference will be recorded, and the impact of the difference will be analyzed to determine whether the difference will affect the normal operation of the transaction.

[0058] Example 1, please refer to the attached Figure 1 Through the IPV6 address module, the IPV6 address space can be established in advance and the IPV6 address can be generated. Then, an address library is established to record the IPV6 address space information and the IPV6 address information in the address library. When the device information is received, the IPV6 address space information and the IPV6 address information can be directly extracted, thereby increasing the efficiency of IPV6 address allocation when the device information is received.

[0059] Example 2, please refer to the attached Figure 1 Through the IPV6 transaction module, a transaction platform can be established on the blockchain. At this time, the transaction platform can use the characteristics of the blockchain to make the transaction platform unique and tamper-proof, making transactions on the transaction platform more secure.

[0060] Example 3, please refer to the attached Figure 1Through the monitoring module, the entire transaction process of IPV6 address information can be monitored in real time. When the monitored transaction process is an abnormal transaction process, the transaction process will be converted into CSV format, and the impact of the data format will be analyzed to determine whether the data will have an adverse impact on the transaction process. When it is determined that the data format has an impact on the transaction process, the data format will be directly deleted. When it is determined that the data format has no impact on the transaction, the data format will be entered into the original data format to increase the data format reserve and provide support for subsequent data format judgments.

[0061] Specifically, the IPV6 address module can be used to prepare the IPV6 address space and IPV6 addresses in advance, thereby increasing the efficiency of the device in allocating IPV6 addresses. The device information module can be used to preliminarily obtain the device information, thereby obtaining the maximum amount of information that can be stored in the device, so that the device can be allocated with a suitable IPV6 address space and IPV6 address. The IPV6 allocation module can be used to further detect and analyze the space occupied by the device information, so that the IPV6 address allocation can be more accurate, reduce the waste of resources, improve the utilization rate of excess space, and when digital assets need to be generated, the generation efficiency can be faster.

[0062] Specifically, the dynamic adjustment module can adjust the IPV6 address space according to the space occupied by the device information, thereby preventing a smaller amount of device information from occupying a larger IPV6 address space. The IPV6 management module can record and manage the IPV6 address space and the allocation of IPV6 addresses, which is more convenient for management personnel to view, thereby better managing IPV6 digital assets.

[0063] Specifically, through the IPV6 transaction module, a transaction platform can be established on the blockchain, so that the transaction platform is unique and cannot be tampered with, and the security of IPV6 address information during transactions is increased. The monitoring module can monitor the entire process of IPV6 address information transactions in real time, and convert the monitored process into CSV format. The abnormal analysis module can analyze in real time whether there are abnormal situations in the transaction process. When there are abnormal situations in the transaction process of the IPV6 address, it can be timely analyzed whether the abnormal situation has an impact on the transaction process of the IPV6 address information, so that management personnel can judge and deal with the abnormal situation in time.

[0064] Working principle:

[0065] First, an address library is established. At this time, the device demand information is obtained and extended. Then, an IPV6 address space is established based on the demand information. Then an IPV6 address is generated, and the IPV6 address space information and IPV6 address information are recorded in the address library. Then, information about different devices is preliminarily obtained to obtain the maximum space occupied by different devices. After receiving the device information, the device demand is analyzed. Then, the corresponding IPV6 address space information and IPV6 address information are retrieved based on the device information and device demand. Then, the IPV6 address space and IPV6 address are allocated to the device. Then, the device is recorded in the corresponding IPV6 address space. At this time, the device information is detected in the IPV6 address space to check the space occupied by the device information. When the size of the IPV6 address space is larger than one-third of the space occupied by the device information itself, the excess space in the IPV6 address space is extracted, and then the extracted space is merged into the total space. After the IPV6 address space and IPV6 address are allocated to the device, When the IPV6 address space information and IPV6 address information are traded, the IPV6 address space information and IPV6 address allocation will be recorded. When the IPV6 address space information and IPV6 address information need to be traded, the buyer can display the IPV6 address space information and IPV6 address information on the trading platform, and the seller can view the IPV6 address space information and IPV6 address information on the trading platform. At the same time, when the IPV6 address space information and IPV6 address information are traded, the entire transaction process will be monitored and processed. During the monitoring, the transaction process can be converted into a CSV format, and then the real-time data format is compared with the original data format to analyze whether there is a difference between the real-time data format and the original data format, and the impact of the difference is analyzed to determine whether the difference will affect the normal operation of the transaction. When it is determined that the data format has an impact on the transaction process, the data format will be directly deleted. When it is determined that the data format has no impact on the transaction, the data format will be entered into the original data format to provide support for subsequent data format judgments. At this point, the entire workflow ends.

[0066] Those skilled in the art should understand that the above-mentioned modules or steps of the present invention can be implemented by a general-purpose computer device. Alternatively, they can be implemented by a program code executable by a computing device, so that they can be stored in a storage device and executed by the computing device, or they can be made into individual integrated circuit modules, or multiple modules or steps therein can be made into a single integrated circuit module for implementation. The present invention is not limited to any specific combination of hardware and software.

[0067] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. For those skilled in the art, the present invention may have various changes and variations. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

[0068] Although the above describes the specific implementation mode of the present invention in conjunction with the accompanying drawings, it is not intended to limit the scope of protection of the present invention. Those skilled in the art should understand that various modifications or changes that can be made by those skilled in the art on the basis of the technical solution of the present invention without creative work are still within the scope of protection of the present invention.

Claims

1. A method for generating IPV6 digital assets based on blockchain, characterized in that: include: The IPV6 address module is used to establish an IPV6 address space and generate an IPV6 address, analyze the IPV6 address space and the device requirement information adapted by the IPV6 address, and communicate with the IPV6 allocation module; The device information module is used to simply record different devices, so as to obtain the maximum space information occupied by different device information, and is connected to the IPV6 allocation module for communication; An IPV6 allocation module allocates the established IPV6 address space and the IPV6 address to the device, obtains the device information in the IPV6 address space, and communicates with the dynamic adjustment module; The dynamic adjustment module is used to obtain the space information occupied by the device information in real time, adjust the IPV6 address space using the space occupied by the device information, and communicate with the IPV6 management module; An IPV6 management module records and manages information about allocated IPV6 address spaces and IPV6 addresses, and is connected to the IPV6 transaction module for communication; IPV6 transaction module, used for conducting IPV6 address information transactions on the blockchain network and communicating with the monitoring module; The monitoring module can monitor the process of IPV6 address information transaction in real time, convert the monitoring process into monitoring information, integrate the information into real-time information, and communicate with the abnormal analysis module; The anomaly analysis module can record the monitoring information of various IPV6 address information during transactions and analyze whether there are any anomalies in the real-time information.

2. A method for generating IPV6 digital assets based on blockchain according to claim 1, characterized in that: The IPV6 address module can establish an address library, then obtain the device demand information, and then establish an IPV6 address space and generate an IPV6 address according to the device demand information, and record the IPV6 address space information and the IPV6 address information in the blockchain. At this time, the device demand information is extended to obtain different device demand information, and different IPV6 address spaces are established and different IPV6 addresses are generated according to different device demand information. The established IPV6 address space information and the generated IPV6 address information are then recorded in the address library, and the corresponding device requirements and IPV6 address information are marked on the IPV6 address space. At this time, the IPV6 address space information and the IPV6 address information are converted into data assets, and then the digital assets are recorded in the blockchain.

3. A method for generating IPV6 digital assets based on blockchain according to claim 1, characterized in that: The device information module can obtain information of different devices, thereby obtaining the maximum amount of information stored in the device, analyzing the maximum space that the information in the device can occupy based on the maximum amount of information stored in the device, and transmitting the information processed by the device information module to the IPV6 allocation module.

4. A method for generating IPV6 digital assets based on blockchain according to claim 2, characterized in that: The IPV6 allocation module can receive device information, analyze device requirements according to the device information, retrieve the corresponding IPV6 address space and IPV6 address according to the device requirements, and set the single device requirement as X. Q , assuming that the total demand for the analyzed equipment is Assume that the IPv6 address space in the address library and the individual device requirements for IPv6 addresses are Y Q , assuming that the total demand for IPV6 address space and IPV6 address devices in the address library is Let the extracted value be T Q ; According to the above formula, the device demand and the extraction value T of different IPv6 address spaces for demand can be calculated. Q , and then calculate the extracted value T Q Perform analysis to obtain the most suitable IPV6 address space information and IPV6 address information of the device, and transmit the information processed by the IPV6 allocation module to the dynamic adjustment module.

5. A method for generating IPV6 digital assets based on blockchain according to claim 4, characterized in that: The dynamic adjustment module can receive the overall information of the device, and then analyze the space occupied by the device information according to the complexity of the device information, the amount of data, the storage method of the information, and the compression and optimization of the data, and then obtain the size of the IPV6 address space, calculate the space left by the IPV6 address space, and set the reserved space memory during device information processing as Y L The reserved space memory is to ensure that there is enough space to record the device information when processing the device information. Suppose the space memory occupied by the device information is S K , let the space left in the IPv6 address space be Z K , set the reserved space Y L The space occupied by the device information S K one third of According to the above formula, the space memory Z left by the IPv6 address space can be calculated. K , and then extract the extra space to avoid wasting resources. The specific extraction method is as follows: (1) Use disk partitioning to partition the redundant IPv6 address space, and then merge the partitioned space with the total space after the partitioning is completed; (2) Reduce the size of the allocated IPv6 address space by adjusting the swap space.

6. The method for generating IPV6 digital assets based on blockchain according to claim 1, characterized in that: The IPV6 management module can record and manage all allocated IPV6 address space information and IPV6 address information, thereby recording the IPV6 address space and IPV6 address allocation. At this time, the management personnel can view and manage the IPV6 address space and IPV6 address allocation through the blockchain network.

7. The method for generating IPV6 digital assets based on blockchain according to claim 1, characterized in that: The IPV6 transaction module can establish a transaction platform on the blockchain, and then type the IPV6 address information required for the transaction into the transaction platform. When the IPV6 address needs to be traded, the seller publishes the IPV6 address information on the transaction platform. When the IPV6 address needs to be purchased, the buyer directly browses the IPV6 address information on the transaction platform, and can also directly retrieve the IPV6 address information on the transaction platform. When the IPV address is traded, the ownership of the IPV6 address on the blockchain can be updated to the seller's account through the transaction platform, and then the information processed by the IPV6 transaction module is transmitted to the monitoring module.

8. A method for generating IPV6 digital assets based on blockchain according to claim 7, characterized in that: The monitoring module can perform monitoring and processing during IPV6 address transactions, thereby monitoring the entire process of IPV6 address information transactions in real time, and converting the transaction process into CSV format in real time to determine whether the transaction is running normally. When the transaction is normal, the data format of the transaction process is recorded to form a data reserve for determining whether the transaction is running normally. The data reserve is converted into the original data format to provide data support for subsequent analysis and judgment, and the information processed by the monitoring module is transmitted to the abnormal analysis module.

9. A method for generating IPV6 digital assets based on blockchain according to claim 8, characterized in that: The abnormality analysis module can receive the real-time converted data format, convert the real-time converted data format into the real-time data format, and then compare the real-time data format with the original data format to analyze whether there is a difference between the real-time data format and the original data format. When there is a difference, the location of the difference will be recorded, and the impact of the difference will be analyzed to determine whether the difference will affect the normal operation of the transaction.

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