CN115277110A - Method for solving inter-network communication problem of block chain nodes in cloud native environment - Google Patents
Method for solving inter-network communication problem of block chain nodes in cloud native environment Download PDFInfo
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- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/04—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks
- H04L63/0428—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks wherein the data content is protected, e.g. by encrypting or encapsulating the payload
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- H—ELECTRICITY
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- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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- H—ELECTRICITY
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- H04L9/00—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols
- H04L9/32—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols including means for verifying the identity or authority of a user of the system or for message authentication, e.g. authorization, entity authentication, data integrity or data verification, non-repudiation, key authentication or verification of credentials
- H04L9/3247—Cryptographic mechanisms or cryptographic arrangements for secret or secure communications; Network security protocols including means for verifying the identity or authority of a user of the system or for message authentication, e.g. authorization, entity authentication, data integrity or data verification, non-repudiation, key authentication or verification of credentials involving digital signatures
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Abstract
The invention provides a method for solving the problem of block chain node cross-network communication in a cloud native environment, which comprises the steps of transmitting data to a block chain node cross-network communication connection circuit board through a block chain node cross-network communication node data transmission port, receiving the data of nodes through a block chain cross-network communication node data receiver, encrypting the data through a block chain cross-network communication node data encryption module, verifying the node data through a block chain cross-network communication node data verification module, inputting the verified node data to a block chain node cross-network execution module, managing the block chain cross-network communication node data through a block chain cross-network communication node data management module, collecting node information through a node information combination unit in the block chain cross-network communication node data receiver, receiving and fusing the information of a data block chain through a block chain cross-network communication node data receiving and fusing unit, and transmitting the information of the data block chain to cross-network communication.
Description
Technical Field
The invention relates to the field of block chain node cross-network communication, in particular to a method for solving the problem of block chain node cross-network communication in a cloud native environment.
Background
The invention patent of China (application number: CN 201911220363.5) discloses a cross-chain transaction method, a management node and a block chain network of a block chain in the block chain field, wherein the method comprises the following steps: the method comprises the steps that a management node receives a transaction to be executed sent by a client, N preparation instructions corresponding to N blockchain networks are generated according to the transaction to be executed, each preparation instruction is sent to the blockchain network corresponding to the preparation instruction, the blockchain networks execute the respective preparation instructions and send execution results to the management node, and if the management node determines that the N execution results received in a preset time period are successful in execution, a submission instruction is generated and sent to each blockchain network. The technical scheme is used for realizing the consistency of transaction execution of a plurality of blockchain networks, but the problem of cross-network communication of blockchain nodes under the cloud native environment needs to be solved, so that the improvement is made, and a method for solving the problem of cross-network communication of blockchain nodes under the cloud native environment is provided.
Disclosure of Invention
The invention aims to: in order to solve the problems of the prior art, the invention provides the following technical scheme: firstly, transmitting data to a block chain node cross-network communication connection circuit board through a block chain node cross-network communication node data transmission port, receiving the data of the node through a block chain cross-network communication node data receiver, encrypting the data through a block chain cross-network communication node data encryption module, and verifying the encrypted block chain cross-network communication node data through a block chain cross-network communication node data verification module in the extraction process.
Step two, verifying the node data through a block chain cross-network communication node data verification module, inputting the node data into a block chain point cross-network execution module, executing the data of the block chain through the block chain point cross-network execution module, authenticating a digital certificate in the data of the node through a block chain cross-network communication node data authentication module in the executing process, and managing the block chain cross-network communication node data through a block chain cross-network communication node data management module;
collecting node information by a node information combination unit in the block chain cross-network communication node data receiver, receiving and fusing the information of the data block chain to cross-network communication by a block chain cross-network communication node data receiving and fusing unit;
and fourthly, a block chain node cross-network data execution transmission unit transmits the command through the block chain node cross-network execution command unit in the block chain node cross-network execution module and feeds back the command through a block chain node cross-network data execution feedback unit.
The block chain link point cross-network communication connection circuit board is provided with a block chain link point cross-network communication node data transmission port, the block chain link point cross-network communication node data transmission port is in data connection with a block chain cross-network communication node data receiver, the block chain cross-network communication node data receiver transmits data to a block chain cross-network communication node data encryption module, the block chain cross-network communication node data encryption module transmits the encrypted block chain cross-network communication node data to a block chain cross-network communication node data verification module, the block chain cross-network communication node data verification module verifies the node data and then inputs the node data to the block chain link point cross-network execution module, the block chain link point cross-network execution module is in data connection with the block chain cross-network communication node data authentication module, and the block chain cross-network communication node data authentication module is in data connection with a block chain cross-network communication node data management module.
As a preferred technical solution of the present invention, the block link point cross-network communication node data transmission port includes a block link point cross-network wireless network port, a block link point cross-network cellular network interface, and a block link point cross-network 5G network port, where the block link point cross-network wireless network port is in data connection with the block link point cross-network cellular network interface, and the block link point cross-network cellular network interface is in data connection with the block link point cross-network 5G network port.
As a preferred technical solution of the present invention, the blockchain cross-network communication node data receiver includes a node information combining unit, a blockchain cross-network communication node data receiving and fusing unit, a blockchain cross-network communication node data receiving and converting unit, and a blockchain cross-network communication node data diffusion unit, where the node information combining unit is in data connection with the blockchain cross-network communication node data receiving and fusing unit, the blockchain cross-network communication node data receiving and fusing unit is in data connection with the blockchain cross-network communication node data receiving and converting unit, and the blockchain cross-network communication node data receiving and converting unit is in data connection with the blockchain cross-network communication node data diffusion unit.
As a preferred technical solution of the present invention, the block chain cross-network communication node data encryption module includes a block chain link point data signature unit, a block chain cross-network communication node data encryption algorithm unit, and a block chain cross-network communication node data encryption multi-identity confirmation unit, where the block chain link point data signature unit is in data connection with the block chain cross-network communication node data encryption algorithm unit, and the block chain cross-network communication node data encryption algorithm unit is in data connection with the block chain cross-network communication node data encryption multi-identity confirmation unit.
As a preferred technical solution of the present invention, the block chain cross-network communication node data verification module includes a block chain cross-network communication node data instruction verification unit and a block chain cross-network communication node verification output unit, and the block chain cross-network communication node data instruction verification unit and the block chain cross-network communication node verification output unit are in data connection.
As a preferred technical solution of the present invention, the block link point cross-network execution module includes a block link node cross-network execution instruction unit, a block link point cross-network data execution transmission unit, and a block link point cross-network data execution feedback unit, the block link node cross-network execution instruction unit is in data connection with the block link node cross-network data execution transmission unit, and the block link node cross-network data execution transmission unit is in data connection with the block link point cross-network data execution feedback unit.
As a preferred technical solution of the present invention, the block chain inter-network communication node data authentication module includes a block chain inter-network communication data multi-node authentication unit and a block chain inter-network communication data digital certificate authentication unit, and the block chain inter-network communication data multi-node authentication unit and the block chain inter-network communication data digital certificate authentication unit are in data connection.
As a preferred technical solution of the present invention, the block chain cross-network communication node data management module includes a block chain cross-network communication node data cloud protocol management unit and a block chain cross-network communication node data management control unit, and the block chain cross-network communication node data cloud protocol management unit is in data connection with the block chain cross-network communication node data management control unit.
Compared with the prior art, the invention has the beneficial effects that:
in the scheme of the invention:
1. the data are transmitted to a block chain node point cross-network communication connection circuit board through a block chain node point cross-network communication node data transmission port, the data of the nodes are received through a block chain cross-network communication node data receiver and then encrypted through a block chain cross-network communication node data encryption module, and the encrypted block chain cross-network communication node data are verified through a block chain cross-network communication node data verification module in the process of extraction;
2. the method comprises the steps that node data are verified through a block chain cross-network communication node data verification module and then input to a block chain point cross-network execution module, block chain data are executed through the block chain point cross-network execution module, a digital certificate in the node data is authenticated through a block chain cross-network communication node data authentication module in the execution process, block chain cross-network communication node data are managed through a block chain cross-network communication node data management module, node information is collected through a node information combination unit in a block chain cross-network communication node data receiver, and information of a data block chain is fused and transmitted to cross-network communication through a block chain cross-network communication node data receiving fusion unit;
3. the block chain cross-network communication node data encryption module comprises a block chain link point data signature unit, a block chain cross-network communication node data encryption algorithm unit and a block chain cross-network communication node data encryption multi-identity confirmation unit, the block chain link point data signature unit is in data connection with the block chain cross-network communication node data encryption algorithm unit, and the block chain cross-network communication node data encryption algorithm unit is used for encryption.
Description of the drawings:
FIG. 1 is a schematic structural view provided by the present invention;
FIG. 2 is a schematic structural view provided by the present invention;
FIG. 3 is a schematic view of a partial structure provided by the present invention;
FIG. 4 is a partial front view provided by the present invention;
FIG. 5 is a front view provided by the present invention;
fig. 6 is a top view provided by the present invention.
The figures are marked by:
1. block chain link point cross-network communication connection circuit board;
2. a data transmission port of a block chain node cross-network communication node; 201. block link point cross-network wireless network ports; 202. a block chain node cross-network cellular network interface; 203. block chain link points cross the 5G network ports;
3. a block chain cross-network communication node data receiver; 301. a node information combining unit; 302. a block chain cross-network communication node data receiving and fusing unit; 303. a block chain cross-network communication node data receiving and converting unit; 304. a block chain cross-network communication node data diffusion unit;
4. a block chain cross-network communication node data encryption module; 401. a block link point data signature unit; 402. a block chain cross-network communication node data encryption algorithm unit; 403. a block chain cross-network communication node data encryption multi-identity confirmation unit;
5. a block chain cross-network communication node data verification module; 501. a block chain cross-network communication node data instruction verification unit; 502. the block chain cross-network communication node verification output unit;
6. a block chain link point cross-network execution module; 601. block chain link point cross-network execution instruction unit; 602. a block chain node cross-network data execution transmission unit; 603. a block chain node cross-network data execution feedback unit;
7. a block chain cross-network communication node data authentication module; 701. a block chain cross-network communication data multi-node authentication unit; 702. a block chain cross-network communication data digital certificate authentication unit;
8. a block chain cross-network communication node data management module; 801. a block chain cross-network communication node data cloud protocol management unit; 802. and the block chain cross-network communication node data management control unit.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings. It is clear that the described embodiment is a specific implementation of the invention and is not limited to all embodiments.
Thus, the following detailed description of the embodiments of the invention is not intended to limit the scope of the invention as claimed, but is merely representative of some embodiments of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It should be noted that the embodiments and features and aspects of the embodiments of the present invention may be combined with each other without conflict, and it should be noted that like reference numerals and letters refer to like items in the following figures, and thus, once an item is defined in one figure, it need not be further defined and explained in subsequent figures.
Example (b): referring to fig. 1-6, a method for solving a problem of block chain node cross-network communication in a cloud native environment includes the steps of firstly, transmitting data to a block chain node cross-network communication connection circuit board 1 through a block chain node cross-network communication node data transmission port 2, receiving the data of a node through a block chain cross-network communication node data receiver 3, encrypting the data through a block chain cross-network communication node data encryption module 4, and verifying the encrypted block chain cross-network communication node data through a block chain cross-network communication node data verification module 5 in an extraction process.
Step two, verifying the node data by a block chain cross-network communication node data verification module 5, inputting the verified node data into a block chain point cross-network execution module 6, executing the data of a block chain by the block chain point cross-network execution module 6, authenticating a digital certificate in the data of the node by a block chain cross-network communication node data authentication module 7 in the execution process, and managing the block chain cross-network communication node data by a block chain cross-network communication node data management module 8;
step three, collecting node information by a node information combination unit 301 in the block chain cross-network communication node data receiver 3, receiving and fusing the information of the data block chain by a block chain cross-network communication node data receiving and fusing unit 302, and transmitting the information of the data block chain to cross-network communication;
in the step four, the block link point cross-network execution instruction unit 601 in the block link point cross-network execution module 6 transmits the instruction through the block link node cross-network data execution transmission unit 602 and feeds back the instruction through the block link node cross-network data execution feedback unit 603.
Referring to fig. 1-6, a block link point cross-network communication connection circuit board 1 is provided with a block link point cross-network communication node data transmission port 2, the block link point cross-network communication node data transmission port 2 is in data connection with a block chain cross-network communication node data receiver 3, the block chain cross-network communication node data receiver 3 transmits data to a block chain cross-network communication node data encryption module 4, the block chain cross-network communication node data encryption module 4 transmits encrypted block chain cross-network communication node data to a block chain cross-network communication node data verification module 5, the block chain cross-network communication node data verification module 5 verifies the node data and then inputs the node data to a block link point cross-network execution module 6, the block link point cross-network execution module 6 is in data connection with a block chain cross-network communication node data authentication module 7, the block chain cross-network communication node data authentication module 7 is in data connection with a block chain cross-network communication node data management module 8, the block link point cross-network communication node data transmission port 2 comprises a block link point cross-network port 201, a block chain point cross-network communication node data communication node interface 202, a block chain cross-network communication node data communication interface 202, a block chain cross-network interface G and a wireless network interface 202.
Referring to fig. 1 to 6, the block chain cross-network communication node data receiver 3 includes a node information combining unit 301, a block chain cross-network communication node data receiving and merging unit 302, a block chain cross-network communication node data receiving and converting unit 303, and a block chain cross-network communication node data diffusion unit 304, the node information combining unit 301 and the block chain cross-network communication node data receiving and merging unit 302 are in data connection, the block chain cross-network communication node data receiving and converting unit 302 and the block chain cross-network communication node data receiving and converting unit 303 are in data connection, the block chain cross-network communication node data receiving and converting unit 303 and the block chain cross-network communication node data diffusion unit 304 are in data connection, the block chain cross-network communication node data encryption module 4 includes a block chain cross-network data signature unit 401, a block chain cross-network communication node data encryption algorithm unit 402, a block chain cross-network communication node data encryption multi-identity confirmation unit 403, the block chain cross-network communication node data signature unit 401 and the block chain cross-network communication node data encryption algorithm unit 402 are in data connection, and the block chain cross-network communication node data encryption multi-network data encryption algorithm unit 402 is in data connection.
Referring to fig. 1 to 6, the blockchain cross-network communication node data verification module 5 includes a blockchain cross-network communication node data command verification unit 501, a blockchain cross-network communication node verification output unit 502, the blockchain cross-network communication node data command verification unit 501 and the blockchain cross-network communication node verification output unit 502 are in data connection, the blockchain link point cross-network execution module 6 includes a blockchain node cross-network execution command unit 601, a blockchain link point cross-network data execution transmission unit 602, and a blockchain link point cross-network data execution feedback unit 603, the blockchain link point cross-network execution command unit 601 and the blockchain link point cross-network data execution transmission unit 602 are in data connection, the blockchain cross-network communication node data verification module 7 includes a blockchain cross-network communication data point verification unit 701, a blockchain cross-network communication data digital certificate verification unit 702, a blockchain cross-network communication data communication node data verification unit 701 and a blockchain cross-network communication digital certificate verification unit 801, the blockchain cross-network communication node data verification module 8 includes a blockchain cross-network communication node data management protocol management node management unit 802, a blockchain cross-network communication node data management unit 802, and a blockchain cross-network communication node management data management unit 802.
The working principle is as follows: in the using process of the invention, firstly, data is transmitted to a block chain node cross-network communication connection circuit board 1 through a block chain node cross-network communication node data transmission port 2, the data of the node is received through a block chain cross-network communication node data receiver 3 and then encrypted through a block chain cross-network communication node data encryption module 4, the encrypted block chain cross-network communication node data is verified through a block chain cross-network communication node data verification module 5 in the extracting process, secondly, the node data is verified through the block chain cross-network communication node data verification module 5 and then input to a block chain node cross-network execution module 6, the data of the block chain is executed through the block chain node cross-network execution module 6, a digital certificate in the data of the node is authenticated through the block chain cross-network communication node data authentication module 7 in the executing process, the block chain cross-network communication node data management module 8 manages the block chain cross-network communication node data, and the block chain cross-network communication node data transmission unit carries out block chain cross-network communication information transmission through a block chain cross-network communication node data transmission unit 603, and the block chain cross-network communication node data transmission unit 603.
The above embodiments are only used for illustrating the invention and not for limiting the technical solutions described in the invention, and although the present invention has been described in detail in the present specification with reference to the above embodiments, the present invention is not limited to the above embodiments, and therefore, any modification or equivalent replacement of the present invention is made; all such modifications and variations are intended to be included herein within the scope of this disclosure and the appended claims.
Claims (10)
1. A method for solving the problem of cross-network communication of block chain nodes in a cloud native environment is characterized by comprising the following steps,
firstly, data are transmitted to a block chain node cross-network communication connection circuit board (1) through a block chain node cross-network communication node data transmission port (2), data of nodes are received through a block chain cross-network communication node data receiver (3), then encryption is carried out in a block chain cross-network communication node data encryption module (4), and the encrypted block chain cross-network communication node data are verified through a block chain cross-network communication node data verification module (5) in the extraction process.
Verifying the node data by using a block chain cross-network communication node data verification module (5), inputting the verified node data into a block chain link point cross-network execution module (6), executing the data of a block chain by using the block chain link point cross-network execution module (6), authenticating a digital certificate in the data of the node by using a block chain cross-network communication node data authentication module (7) in the executing process, and managing the block chain cross-network communication node data by using a block chain cross-network communication node data management module (8);
and step three, a node information combining unit (301) in the block chain cross-network communication node data receiver (3) collects node information, and a block chain cross-network communication node data receiving and fusing unit (302) fuses and transmits the information of the data block chain to cross-network communication.
2. The method for solving the problem of communication between blockchain nodes across networks in the cloud native environment according to claim 1, further comprising the step of transmitting the command through a blockchain node cross-network data execution transmission unit (602) and feeding back through a blockchain node cross-network data execution feedback unit (603) by a blockchain node cross-network execution command unit (601) in the blockchain node cross-network execution module (6).
3. The method for solving the problem of cross-network communication of the blockchain nodes under the cloud native environment is characterized by comprising a blockchain node cross-network communication connection circuit board (1), wherein the blockchain node cross-network communication connection circuit board (1) is provided with a blockchain node cross-network communication node data transmission port (2), the blockchain node cross-network communication node data transmission port (2) is in data connection with a blockchain cross-network communication node data receiver (3), the blockchain cross-network communication node data receiver (3) transmits data to a blockchain cross-network communication node data encryption module (4), the blockchain cross-network communication node data encryption module (4) transmits encrypted blockchain cross-network communication node data to a blockchain cross-network communication node data verification module (5), the blockchain cross-network communication node data is verified by the blockchain cross-network communication node data verification module (5) and then is input to the blockchain node cross-network execution module (6), the blockchain node cross-network execution module (6) is connected with a cross-network communication node authentication module (7), and the blockchain cross-network communication node authentication module (7) is connected with a blockchain cross-network communication node data management module (8).
4. The method for solving the problem of cross-network communication of the blockchain node in the cloud native environment is characterized in that the cross-network communication node data transmission port (2) of the blockchain node comprises a blockchain node cross-network wireless network port (201), a blockchain node cross-network cellular network interface (202) and a blockchain node cross-network 5G network port (203), wherein the blockchain node cross-network wireless network port (201) is in data connection with the blockchain node cross-network cellular network interface (202), and the blockchain node cross-network cellular network interface (202) is in data connection with the blockchain node cross-network 5G network port (203).
5. The method for solving the problem of block chain node cross-network communication under the cloud native environment according to claim 4, wherein the block chain cross-network communication node data receiver (3) comprises a node information combining unit (301), a block chain cross-network communication node data receiving fusion unit (302), a block chain cross-network communication node data receiving conversion unit (303), and a block chain cross-network communication node data diffusion unit (304), the node information combining unit (301) and the block chain cross-network communication node data receiving fusion unit (302) are in data connection, the block chain cross-network communication node data receiving fusion unit (302) and the block chain cross-network communication node data receiving conversion unit (303) are in data connection, and the block chain cross-network communication node data receiving conversion unit (303) and the block chain cross-network communication node data diffusion unit (304) are in data connection.
6. The method for solving the problem of cross-network communication of the block chain nodes in the cloud native environment according to claim 5, wherein the block chain cross-network communication node data encryption module (4) comprises a block chain link point data signature unit (401), a block chain cross-network communication node data encryption algorithm unit (402), and a block chain cross-network communication node data encryption multi-identity confirmation unit (403), the block chain link point data signature unit (401) and the block chain cross-network communication node data encryption algorithm unit (402) are in data connection, and the block chain cross-network communication node data encryption algorithm unit (402) is in data connection with the block chain cross-network communication node data encryption multi-identity confirmation unit (403).
7. The method for solving the problem of block chain node cross-network communication under the cloud native environment according to claim 6, wherein the block chain cross-network communication node data verification module (5) comprises a block chain cross-network communication node data instruction verification unit (501), and a block chain cross-network communication node verification output unit (502), and the block chain cross-network communication node data instruction verification unit (501) and the block chain cross-network communication node verification output unit (502) are in data connection.
8. The method for solving the problem of communication between block chain nodes across networks in the cloud native environment according to claim 7, wherein the block chain node across network execution module (6) comprises a block chain node across network execution instruction unit (601), a block chain node across network data execution transmission unit (602), and a block chain node across network data execution feedback unit (603), the block chain node across network execution instruction unit (601) and the block chain node across network data execution transmission unit (602) are in data connection, and the block chain node across network data execution transmission unit (602) is in data connection with the block chain node across network data execution feedback unit (603).
9. The method for solving the problem of block chain node cross-network communication under the cloud native environment according to claim 8, wherein the block chain cross-network communication node data authentication module (7) comprises a block chain cross-network communication data multi-node authentication unit (701), and a block chain cross-network communication data digital certificate authentication unit (702), and the block chain cross-network communication data multi-node authentication unit (701) and the block chain cross-network communication data digital certificate authentication unit (702) are in data connection.
10. The method for solving the problem of inter-network communication of blockchain nodes in a cloud native environment according to claim 9, wherein the blockchain inter-network communication node data management module (8) comprises a blockchain inter-network communication node data cloud protocol management unit (801) and a blockchain inter-network communication node data management control unit (802), and the blockchain inter-network communication node data cloud protocol management unit (801) and the blockchain inter-network communication node data management control unit (802) are in data connection.
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