CN112270554B - Block chain-based logistics sharing operation platform benefit distribution system and method - Google Patents
Block chain-based logistics sharing operation platform benefit distribution system and method Download PDFInfo
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Abstract
The invention provides a block chain-based logistics sharing operation platform benefit distribution system and a method, wherein the benefit distribution system comprises a data storage system, a benefit distribution system and a benefit distribution result uplink system, wherein the benefit distribution system comprises the following components: the data storage system comprises a data acquisition module, a data processing module and a block chain system. The benefit distribution system comprises a data verification module, a benefit distribution intelligent contract module and a benefit distribution module. The benefit distribution result uplink system comprises a benefit distribution result consensus module and a benefit distribution result uplink module. The invention utilizes the blockchain to creatively upgrade the traditional logistics sharing operation platform. The invention realizes the disclosure of benefit distribution, is transparent and has no tampering, and solves the problem of lack of trust mechanism between the logistics participants. In addition, the logistics data and the benefit distribution results of all the participants are stored in the blockchain, so that the problem of traceability of responsibility of all links of all the logistics processes is solved.
Description
Technical Field
The invention relates to the technical field of network communication and data processing, in particular to a block chain-based logistics sharing operation platform benefit distribution system and method.
Background
At present, the service homogenization degree of the main logistics service enterprises is higher, and the competition is more vigorous. In order to reduce the cost and improve the competitiveness, some logistics service enterprises start to try to construct logistics alliances or logistics sharing platforms with warehouse enterprises, delivery network points and the like so as to realize sharing and full utilization of logistics resources, thereby realizing mutual complementation and forming resultant force to improve the market competitiveness.
The existing logistics sharing operation platform is mainly based on traditional resource integration, personnel integration and business integration, trust mechanisms are lacking among all logistics participants, objective evaluation mechanisms and guarantee mechanisms are lacking in benefit distribution, vulnerabilities are easy to exist in the flow, responsibility of all the participants is unclear, and disputes are easy to cause.
The blockchain is used as a novel application mode, the bottom technology of the blockchain comprises distributed data storage, point-to-point transmission, a distributed consensus mechanism, an encryption algorithm and other computer technologies, the safe transmission of data is realized through the encryption algorithm, the consistency and fault tolerance of the data are realized under a distributed environment through the distributed consensus algorithm, and the decentralized characteristic is provided by the distributed account book in real time. Due to the trust mechanism, traceability, privacy protection and other characteristics brought by the blockchain, the traditional industry is deeply influenced.
In view of the drawbacks of the existing logistics sharing operation platform in terms of benefit distribution and the characteristics of the blockchain, it may be attempted to modify the existing logistics sharing operation platform using the blockchain technology, thereby proposing a benefit distribution scheme of the blockchain-based logistics sharing operation platform.
Disclosure of Invention
In order to achieve the technical aim, the invention provides a logistics sharing operation platform benefit distribution system based on block chains, which realizes the disclosure of benefit distribution, is transparent and has no tampering, and solves the problem of lack of trust mechanism between logistics participants. The specific technical scheme of the benefit distribution system is as follows:
a blockchain-based logistics sharing operation platform benefit distribution system comprising a data storage system, a benefit distribution system and a benefit distribution result uplink system, wherein:
the data storage system comprises a data acquisition module, a data processing module and a blockchain system, wherein the data acquisition module is used for acquiring logistics data of a logistics participant participating in the logistics sharing operation platform, the data processing module is used for preprocessing the acquired logistics data before uplink, and the blockchain system is used for storing the preprocessed logistics data.
The benefit distribution system comprises a data verification module, a benefit distribution intelligent contract module and a benefit distribution module, wherein the data verification module is used for acquiring logistics data from the blockchain system and completing verification of the data, the benefit distribution intelligent contract module is used for creating a benefit distribution intelligent contract and running the benefit distribution intelligent contract based on the verified logistics data to generate a benefit distribution result, and the benefit distribution module is used for completing benefit distribution of all logistics participants based on the benefit distribution result.
The benefit distribution result uplink system comprises a benefit distribution result consensus module and a benefit distribution result uplink module, wherein the distribution result consensus module is used for realizing consensus of each logistics participant on the benefit distribution result, and the benefit distribution result uplink module is used for storing the consensus benefit distribution result data to the blockchain system.
In some embodiments, the pre-uplink preprocessing includes data validation, data format processing, and data encryption.
In some embodiments, the blockchain system includes a blockchain infrastructure platform, a blockchain network, a blockchain infrastructure, a terminal device. Wherein: the block chain bottom layer platform is used for realizing the uplink storage of the logistics data; the block chain network is used for realizing point-to-point data transmission and providing a networked communication environment; the block chain bottom layer structure is used for forming a block chain network; the terminal device is used for supporting a blockchain bottom platform, a blockchain network and a blockchain bottom architecture.
In some embodiments, the blockchain system is deployed based on Hyperledger Fabric federation chain nodes, the nodes comprising data nodes for access to data, consensus nodes for implementing a consensus algorithm, and service nodes for providing services to the logistics participants; the logistics participants comprise logistics service enterprises, storage enterprises and delivery network points.
In some embodiments, the blockchain infrastructure employs a Hyperledger Fabric architecture, which includes, in order from bottom layer to top layer, a data layer, a network layer, a consensus layer, an incentive layer, a contract layer, and an application layer; the intelligent contract service layer adopts a Hyperledger Fabric 1.0 chain code structure.
In some embodiments, the logistical data includes the package pickup data, transportation vehicle dispatch data, package access data, and package dispatch data.
In some embodiments, the data storage process of the blockchain system is as follows: receiving logistics data and broadcasting the logistics data to the whole network; the logistics data are confirmed through an encryption algorithm and a consensus algorithm to form a block; after broadcasting the formed block to the whole network, determining whether the block is valid or not through all consensus nodes; after validation by the consensus node, the block is added to the blockchain.
In some embodiments, the block includes a block header and a block body, where the block header includes a corresponding block version number for recording a key, a random number, and a time stamp between two blocks, and the block body includes the encapsulated and encrypted logistics data.
In some embodiments, the logistics management system further comprises other support institutions, and other support institutions comprise management departments, banks and insurance companies.
Another aspect of the present invention provides a benefit distribution method of a blockchain-based logistics sharing operation platform, the benefit distribution method being implemented by the benefit distribution of the blockchain-based logistics sharing operation platform described in any one of the above, the benefit distribution method comprising:
collecting logistics data of logistics participants participating in the logistics sharing operation platform;
carrying out pretreatment before uplink on the collected logistics data;
storing the pretreated logistics data to a block chain system;
obtain logistics data from the blockchain system and complete verification of the data,
running a benefit distribution smart contract based on the validated logistics data to produce a benefit distribution result;
each logistics participant carries out consensus on the benefit distribution result;
the consensus benefit distribution result data is stored to the blockchain system.
The invention creatively upgrades the traditional logistics sharing operation platform by utilizing the blockchain technology, stores logistics data generated by each participant into a blockchain system, and realizes automatic distribution of benefits by executing a benefit distribution intelligent contract.
Compared with the distribution mechanism of the traditional logistics shared operation platform, the distribution mechanism of the invention realizes the disclosure, transparency and no falsification of benefit distribution, and solves the problem of lack of trust mechanism among logistics participants. In addition, the logistics data and the benefit distribution results of all the participants are stored in the blockchain, so that the problem of traceability of responsibility of all links of all the logistics processes is solved.
Drawings
In order to more clearly illustrate the embodiments of the present invention and the technical solutions in the designed system architecture, the following brief description will be given of the embodiments of the system and the drawings of the required use in the system architecture and the technical solutions with reference to the accompanying drawings, it is obvious that the drawings described below are only some embodiments of the present invention, and other drawings can be obtained according to these drawings without the need of creative efforts for a person skilled in the art.
FIG. 1 is a system architecture diagram of one embodiment of a blockchain-based logistics sharing operator platform benefit distribution system of the present invention;
FIG. 2 is a schematic diagram of node deployment of a blockchain network of an embodiment of a blockchain-based logistics sharing operation platform benefit distribution system of the present invention;
FIG. 3 is a schematic diagram of a logical process for creating and deploying an intelligent contract according to an embodiment of the blockchain-based logistics sharing operation platform benefit distribution system of the present invention;
FIG. 4 is a schematic diagram illustrating the implementation of a smart contract in an embodiment of a blockchain-based logistics sharing platform benefit distribution system of the present invention;
FIG. 5 is a block diagram of an embodiment of a blockchain-based logistics sharing operation platform benefit distribution system in accordance with the present invention;
FIG. 6 is a platform architecture of a logistics shared operations platform in one implementation scenario of the present invention;
FIG. 7 is a flowchart of a method for benefit distribution on a blockchain-based logistics sharing platform according to an embodiment of the present invention.
Detailed Description
It should be noted that the following detailed description is exemplary for the purpose of indicating the present invention, and it should be noted that all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs.
The system architecture and prior art solutions of embodiments of the present invention will be clearly and fully described below with reference to the accompanying drawings, in which it is noted that the embodiments are shown for the purpose of illustration and description only, and not for the purpose of all aspects of the present invention. All other embodiments, which can be made by a person of ordinary skill in the art without inventive effort, on the basis of the embodiments provided by the present invention are within the scope of the present application.
Summary of the application
Fig. 6 shows a logistics sharing operation platform in an implementation scenario of the present invention, where a logistics participant of the logistics sharing operation platform at least includes a logistics service enterprise, a warehouse enterprise, and a delivery network. Wherein: the logistics service enterprises are operation subjects for providing logistics services and are responsible for receiving the logistics services and completing the package. The warehouse enterprise provides transfer storage of the package circulation process. The dispatch website will package the dispatch to the end consumer.
In some embodiments, the logistics participants of the logistics sharing operation platform further comprise other supporting mechanisms, and other supporting departments comprise a management department, a bank and an insurance company. The management department formulates regulations and regulations on logistics, the bank can realize the function of online payment, and the insurance company cooperates with the platform, so that the odds ratio can be reduced, and the fund safety is ensured.
Therefore, from the end of picking up the delivery, the package realizes the cross-mechanism circulation among logistics service enterprises, storage enterprises and delivery network points. All the logistics participants bear the work tasks of different links, so that the finally obtained benefits need to be reasonably distributed among all the logistics participants.
At present, the common practice is to calculate the contribution degree corresponding to each logistics participant by counting the workload information and the paid resource information of each logistics participant, and then obtain the final benefit distribution scheme based on the contribution degree of each logistics participant and the benefit distribution rule predetermined by each logistics participant.
The workload condition and the paid resource information of each participant are generally obtained by collecting the logistics data of the related logistics links. Such as: package pickup data of a logistics service enterprise, such as package pickup amount, order amount and the like; transportation resource input information of logistics service enterprises, such as transportation vehicle scheduling information and the like; package access data of a warehouse enterprise, such as the storage quantity, storage time and the like of packages; the package of the dispatch website sends data, such as dispatch personnel, dispatch conditions of dispatch vehicles, and the like.
The main problems of the existing logistics sharing operation platform are as follows: based on traditional resource integration, personnel integration and business integration, each participant lacks a trust mechanism, benefit distribution lacks an objective guarantee mechanism, and vulnerabilities are easy to exist in the flow, the responsibilities of each participant are unclear, and disputes are easy to cause.
The blockchain is used as a novel application mode, the bottom technology of the blockchain comprises distributed data storage, point-to-point transmission, a distributed consensus mechanism, an encryption algorithm and other computer technologies, the safe transmission of data is realized through the encryption algorithm, the consistency and fault tolerance of the data are realized under a distributed environment through the distributed consensus algorithm, and the decentralized characteristic is provided by the distributed account book in real time. Due to the characteristics of trust mechanism, traceability, privacy protection and the like, the method has profound effects on the traditional industry.
In view of the technical problems of the benefit distribution strategy of the existing logistics sharing operation platform and the unique advantages of the blockchain in the aspects of trust mechanism, traceability, privacy protection and the like, the invention provides a logistics sharing operation platform benefit distribution system and method based on the blockchain.
Examples: block chain-based logistics sharing operation platform benefit distribution system
Referring to fig. 1, the benefit distribution system of the block chain-based logistics sharing operation platform provided by the invention comprises a data storage system, a benefit distribution system and a benefit distribution result uplink system, wherein:
the data storage system comprises a data acquisition module, a data processing module and a blockchain system, wherein the data acquisition module is used for acquiring logistics data of all logistics participants participating in a logistics sharing operation platform. The data processing module is used for realizing the pretreatment before the uplink of the collected logistics data, and the blockchain system is used for realizing the permanent and tamper-free storage of the pretreated logistics data.
The benefit distribution system comprises a data verification module, a benefit distribution intelligent contract module and a benefit distribution module, wherein the data verification module is used for acquiring logistics data from the blockchain system and completing verification of the data, the benefit distribution intelligent contract module is used for creating a benefit distribution intelligent contract and running the benefit distribution intelligent contract based on the verified logistics data to generate a benefit distribution result, and the benefit distribution module is used for completing benefit distribution of all logistics participants based on the benefit distribution result.
The benefit distribution result uplink system comprises a benefit distribution result consensus module and a benefit distribution result uplink module, wherein the benefit distribution result consensus module is used for realizing consensus of each logistics participant on the benefit distribution result, and the benefit distribution result uplink module is used for storing the consensus benefit distribution result data to the blockchain system.
Therefore, the benefit distribution system of the logistics sharing operation platform provided by the invention creatively upgrades the traditional logistics sharing operation platform by utilizing the block chain. The method realizes automatic benefit distribution by storing the logistics data generated by each participant into a blockchain system and executing a benefit distribution intelligent contract.
Compared with the traditional distribution mechanism, the invention realizes the disclosure, transparency and no falsification of benefit distribution, and solves the problem of lack of trust mechanism among the logistics participants. In addition, the logistics data and the benefit distribution results of all the participants are stored in the blockchain, so that the problem of traceability of responsibility of all links of all the logistics processes is solved.
The data storage system in the logistics shared operation platform benefit distribution system based on the block chain is used for collecting, preprocessing and uplink storage of logistics data. Wherein:
the logistics data collected by the data collection module comprise package data, transportation vehicle dispatching data, package warehouse-in and warehouse-out data, package dispatching data and the like.
The data processing module performs the pre-uplink preprocessing of the collected logistics data, and comprises the steps of data verification, data format processing, data encryption and the like. In some embodiments, the data storage system further comprises a logistics data platform for storing the collected logistics data, the logistics data collected by the data collection module is stored on the logistics data platform, and the data processing module obtains the logistics data from the logistics data platform and completes pre-processing of the logistics data before uplink.
Therefore, the logistics data of all logistics participants are uploaded to the blockchain system after being encrypted, so that the concern of the logistics participants on the leakage of the data is solved.
In some embodiments, the blockchain system includes a blockchain infrastructure platform, a blockchain network, a blockchain infrastructure, and a terminal device. Wherein:
the block chain bottom layer platform is used for realizing the uplink storage of the logistics data.
The blockchain network is used for realizing point-to-point data transmission and providing a networked communication environment.
The blockchain infrastructure is used to compose a blockchain network.
The terminal equipment is used for supporting the blockchain bottom platform, the blockchain network and the blockchain bottom architecture.
The blockchain bottom layer platform of the blockchain system can be, for example, an open source blockchain platform based on Hyperledger, wherein the open source blockchain platform of Hyperledger is a super account book technology platform of Linux foundation open source, is a blockchain platform based on digital encryption, a consensus algorithm and distributed storage, can establish a strongly-supervised alliance-chain blockchain network, and realizes related operation of data uplink and evidence storage.
The blockchain network can be deployed based on Hyperledger Fabric alliance chain link points, is used for distributed data storage, realizes point-to-point transmission, an encryption technology and a consensus mechanism of a packaging bottom layer and the like, realizes related operation of data uplink and certification, provides the purposes of non-falsification and permanent storage after the uplink of logistics data and benefit distribution result data, and can trace the source when each logistics participant disputes. As shown in fig. 2, the federation chain node includes a data node, a consensus node and a service node, wherein the data node is used for accessing data, the consensus node is used for implementing a consensus algorithm, the service node is used for providing services for each logistics participant, and the logistics participant at least includes a logistics service enterprise, a warehouse enterprise and a delivery network.
The blockchain architecture adopts Hyperledger Fabric architecture, and the blockchain architecture sequentially comprises a data layer, a network layer, a consensus layer, an incentive layer, a contract layer and an application layer from bottom to top.
The intelligent contract service layer is used for creating intelligent contracts, storing the intelligent contracts and running the intelligent contracts to store the pre-processed uplink stored in the logistics data platform into the blockchain system.
The intelligent contract service layer opens the intelligent contract source code, abi byte code and intelligent contract address to the outside for creating intelligent contract, storing intelligent contract and operating intelligent contract. Preferably, the intelligent contract service layer adopts a Hyperledger Fabric 1.0 chain code structure to provide services such as packing, installing, instantiating, upgrading and the like of the chain code.
The logistics data uploaded to the blockchain system by each logistics participant is required to follow the constraint of the intelligent contract, and only the data meeting the requirements of the intelligent contract can be successfully uploaded. As shown in fig. 3 and 4, each of the stream participants formulates agreement clause content according to actual requirements, and creates intelligent contracts according to the agreement clause content to form preset trigger conditions for data processing. The created intelligent contracts are compiled and packed and then deployed to nodes in the blockchain network.
And when the logistics data is uploaded, judging whether the logistics data meets the uploading condition or not by executing the intelligent contract. If the current logistics data (such as package data, warehouse-in and warehouse-out data, package sending data and the like) uploaded by the logistics participants accords with the uploading condition of the intelligent contract, the logistics data can be uploaded. If the current logistics data uploaded by the logistics participants do not meet the uploading conditions of the intelligent contract, the uploading request is refused.
In some embodiments, the storage of logistics data for a blockchain system is as follows:
receiving logistics data and broadcasting the logistics data to the whole network;
after the logistics data is confirmed by an encryption algorithm and a consensus algorithm, forming a block;
after broadcasting the formed block to the whole network, determining whether the block is effective or not through a consensus node;
after validation by the consensus node, the block is added to the blockchain.
As shown in fig. 5, in some embodiments, a block includes a block header and a block body. The block header contains a corresponding block version number for recording information such as a key, a random number, a time stamp, etc. between two blocks. The block body comprises encapsulation encryption of the logistics data, the information body in the data corresponds to an independent secret key, the enterprise grasps the information essence of the information before encryption, and the encrypted information is only used for contribution tracing and problem responsibility tracing during benefit allocation.
The benefit distribution system in the benefit distribution system of the logistics sharing operation platform based on the block chain is used for realizing automatic distribution of benefits, wherein:
the data verification module is used for acquiring logistics data from the block chain system and completing verification of the data.
The benefit distribution intelligent contract module is used for creating a benefit distribution intelligent contract and running the benefit distribution intelligent contract based on the verified logistics data to generate a benefit distribution result.
The benefit distribution module is used for completing benefit distribution of each logistics participant based on the benefit distribution result.
The benefit distribution intelligent contracts are created based on benefit distribution rules predetermined by the logistics participants, which are pre-deployed on nodes of the blockchain network. The benefit distribution intelligent contract is internally provided with a preset trigger condition of benefit distribution. For example, the triggering condition is the first day of each month, when the triggering condition is met, the intelligent contract for benefit distribution is automatically executed, the contribution degree corresponding to each logistics participant is calculated firstly based on the workload information of the last month of each logistics participant and the paid resource information, and then the final benefit distribution result is obtained based on the contribution degree of each logistics participant and the benefit distribution rule predetermined by each logistics participant.
Finally, the benefit distribution module completes the benefit distribution of each logistics participant.
The benefit distribution result uplink system based on the block chain logistics sharing operation platform is used for realizing uplink storage of the benefit distribution result, so that traceability of the benefit distribution result is realized.
The distribution result consensus module is used for realizing consensus of each logistics participant on benefit distribution results, namely each logistics participant confirms that the distribution benefits are received and agrees with the distribution results.
The benefit distribution result uplink module is used for storing the commonly-known benefit distribution result data to the blockchain system.
Examples: benefit distribution method of logistics sharing operation platform based on block chain
Fig. 7 shows an execution flow of the benefit allocation method of the blockchain-based logistics sharing operation platform in the present embodiment.
As shown in fig. 7, the specific steps of the benefit distribution method of the blockchain-based logistics sharing operation platform in this embodiment are as follows:
step S1, collecting logistics data of logistics participants participating in a logistics sharing operation platform;
s2, preprocessing the collected logistics data before uplink;
s3, storing the pretreated logistics data to a block chain system;
step S4, obtaining logistics data from the block chain system and completing verification of the data,
step S5, running a benefit distribution intelligent contract based on the verified logistics data to generate a benefit distribution result;
s6, consensus is carried out on benefit distribution results by all logistics participants;
and step S7, storing the consensus benefit distribution result data to the block chain system.
Since the benefit distribution method of the blockchain-based logistics sharing operation platform of the present embodiment is consistent with the technical principle of the benefit distribution system of the blockchain-based logistics sharing operation platform of the previous embodiment, the repeated parts are simplified or omitted when the benefit distribution method of the blockchain-based logistics sharing operation platform is introduced, and the simplified or omitted parts can refer to the related description of the benefit distribution system of the blockchain-based logistics sharing operation platform of the previous embodiment.
The invention creatively upgrades the traditional logistics sharing operation platform by utilizing the blockchain technology, stores logistics data generated by each participant into a blockchain system, and realizes automatic distribution of benefits by executing a benefit distribution intelligent contract.
Compared with the distribution mechanism of the traditional logistics shared operation platform, the distribution mechanism of the invention realizes the disclosure, transparency and no falsification of benefit distribution, and solves the problem of lack of trust mechanism among logistics participants. In addition, the logistics data and the benefit distribution results of all the participants are stored in the blockchain, so that the problem of traceability of responsibility of all links of all the logistics processes is solved.
Modifications and extensions of the above-described embodiments to other applications of the logistics sharing platform will be apparent to those skilled in the art in view of the foregoing disclosure, as well as in order to facilitate the making and use of the present invention, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown above but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (10)
1. A block-chain-based logistics sharing operation platform benefit distribution system, wherein the benefit distribution system comprises a data storage system, a benefit distribution system and a benefit distribution result uplink system, wherein: the data storage system comprises a data acquisition module, a data processing module and a blockchain system, wherein the data acquisition module is used for acquiring logistics data of a logistics participant participating in the logistics sharing operation platform, the data processing module is used for preprocessing the acquired logistics data before uplink, and the blockchain system is used for storing the preprocessed logistics data; the logistics data stored by each logistics participant to the blockchain system is required to follow the constraint of an intelligent contract, and only the data meeting the requirements of the intelligent contract can be successfully uploaded; each logistics participant formulates agreement clause content according to actual requirements, and creates intelligent contracts according to the agreement clause content to form preset triggering conditions for data processing;
the benefit distribution system comprises a data verification module, a benefit distribution intelligent contract module and a benefit distribution module, wherein the data verification module is used for acquiring logistics data from the blockchain system and completing verification of the data, the benefit distribution intelligent contract module is used for creating a benefit distribution intelligent contract and running the benefit distribution intelligent contract based on the verified logistics data to generate a benefit distribution result, and the benefit distribution module is used for completing benefit distribution of all logistics participants based on the benefit distribution result; the benefit distribution intelligent contract is created based on a benefit distribution rule predetermined by each logistics participant, the benefit distribution intelligent contract is pre-deployed on each node of the blockchain network, a benefit distribution preset trigger condition is arranged in the benefit distribution intelligent contract, when the trigger condition is met, the benefit distribution intelligent contract counts the last month workload information and the paid resource information of each logistics participant to calculate the contribution degree corresponding to each logistics participant, and then a final benefit distribution result is obtained based on the contribution degree of each logistics participant and the benefit distribution rule predetermined by each logistics participant;
the benefit distribution result uplink system comprises a benefit distribution result consensus module and a benefit distribution result uplink module, wherein the distribution result consensus module is used for realizing consensus of each logistics participant on the benefit distribution result, and the benefit distribution result uplink module is used for storing the consensus benefit distribution result data to the blockchain system.
2. The benefit distribution system of claim 1, wherein the pre-uplink preprocessing includes data validation, data format processing, and data encryption.
3. The benefit distribution system of claim 1, wherein the blockchain system includes a blockchain infrastructure platform, a blockchain network, a blockchain infrastructure, a terminal device, wherein:
the block chain bottom layer platform is used for realizing the uplink storage of the logistics data;
the block chain network is used for realizing point-to-point data transmission and providing a networked communication environment;
the block chain bottom layer structure is used for forming a block chain network;
the terminal device is used for supporting a blockchain bottom platform, a blockchain network and a blockchain bottom architecture.
4. The benefit distribution system of claim 3, wherein:
the blockchain system is deployed based on Hyperledger Fabric alliance chain nodes, the nodes comprise data nodes, consensus nodes and service nodes, wherein the data nodes are used for accessing data, the consensus nodes are used for realizing a consensus algorithm, and the service nodes are used for providing services for the logistics participants;
the logistics participants comprise logistics service enterprises, storage enterprises and delivery network points.
5. The benefit distribution system of claim 4, wherein:
the block chain bottom layer architecture adopts a Hyperledger Fabric architecture, and sequentially comprises a data layer, a network layer, a consensus layer, an excitation layer, a contract layer and an application layer from the bottom layer to the top layer;
the intelligent contract service layer adopts a Hyperledger Fabric 1.0 chain code structure.
6. The benefit distribution system of claim 1, wherein: the logistics data comprise package data, transportation vehicle dispatching data, package warehouse-in and warehouse-out data and package dispatching data.
7. The benefit distribution system of claim 1, wherein: the data storage process of the blockchain system is as follows:
receiving logistics data and broadcasting the logistics data to the whole network;
the logistics data are confirmed through an encryption algorithm and a consensus algorithm to form a block;
after broadcasting the formed block to the whole network, determining whether the block is valid or not through all consensus nodes;
after validation by the consensus node, the block is added to the blockchain.
8. The benefit distribution system of claim 7 wherein the blocks include block headers and block blocks, wherein the block headers contain corresponding block version numbers for recording keys, random numbers, and time stamps between two blocks, and wherein the block blocks include encapsulated encrypted logistics data.
9. The benefit distribution system of claim 1, wherein: the logistics participants of the logistics sharing operation platform also comprise other supporting mechanisms, and the other supporting mechanisms comprise management departments, banks and insurance companies.
10. A benefit distribution method of a blockchain-based logistics sharing operation platform, implemented by the benefit distribution of the blockchain-based logistics sharing operation platform of any one of claims 1 to 9, characterized in that the benefit distribution method comprises:
collecting logistics data of logistics participants participating in the logistics sharing operation platform;
carrying out pretreatment before uplink on the collected logistics data;
storing the pretreated logistics data to a block chain system;
obtain logistics data from the blockchain system and complete verification of the data,
running a benefit distribution smart contract based on the validated logistics data to produce a benefit distribution result;
each logistics participant carries out consensus on the benefit distribution result;
the consensus benefit distribution result data is stored to the blockchain system.
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