CN108540577A - The multi-tiling chain of wisdom supply chain Internet of Things management platform intersects Application of composite framework - Google Patents
The multi-tiling chain of wisdom supply chain Internet of Things management platform intersects Application of composite framework Download PDFInfo
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Abstract
Description
技术领域technical field
本发明属于区块链应用技术、数据库技术、物联网技术和供应链管理领域技术领域,具体涉及一种智慧供应链物联网管理平台的多区块链交叉复合应用架构。The invention belongs to the technical fields of block chain application technology, database technology, Internet of Things technology and supply chain management, and specifically relates to a multi-block chain cross composite application architecture of a smart supply chain Internet of Things management platform.
背景技术Background technique
区块链是分布式的、去中心化存储的一种链式数据结构。它是一个分布式的帐本,所有的记录由多个节点共同完成,每个节点都有完整的帐本。区块链本身具有的最显著的特征是:分布式、去中心化、信息不可篡改。数据库是按照一定数据结构来组织、存储和管理数据的建立在计算机存储设备上的仓库。数据库的特性有:减少数据的冗余度、数据的独立性、数据实现集中控制。供应链管理领域,由于市场规模足够大,满足多信任主体、多方协作、中低频交易、商业逻辑完备等特点,是天然的区块链的用武之地。物联网技术,包括以条码和RFID识别为主要应用的自动识别技术、以传感器技术为主要应用的智能感知技术、以NB-IOT为代表的低功耗广覆盖的物联网传输技术。将这些技术应用于供应链领域,可以实现对货物单品的精确识别和数据采集,可以实现智慧托盘级管理,可以实现智能仓库级管理,可以对仓单做精准管控。Blockchain is a chained data structure of distributed and decentralized storage. It is a distributed ledger, all records are completed by multiple nodes, and each node has a complete ledger. The most notable features of the blockchain itself are: distributed, decentralized, and information cannot be tampered with. A database is a warehouse built on a computer storage device that organizes, stores and manages data according to a certain data structure. The characteristics of the database include: reducing data redundancy, data independence, and data centralized control. In the field of supply chain management, since the market scale is large enough to meet the characteristics of multi-trust subjects, multi-party collaboration, medium and low-frequency transactions, and complete business logic, it is a natural place for blockchain. Internet of Things technology, including automatic identification technology with barcode and RFID recognition as the main application, intelligent perception technology with sensor technology as the main application, and low-power and wide-coverage Internet of Things transmission technology represented by NB-IOT. Applying these technologies to the supply chain field can realize accurate identification and data collection of individual goods, smart pallet-level management, smart warehouse-level management, and precise control of warehouse receipts.
供应链采取物联网技术进行精准管控,保证了供应链金融对质押物的管控要求。智慧供应链物联网管理服务平台,作为一个公共平台,采用类似第四方物流的业务模式。平台上所有物流服务商及其仓库,都使用物联网技术获取供应链数据,平台建立了带有物联网标识的货物单品---物联网智能仓库---物流服务商---平台的私有区块链,平台上有多家物流服务商,服务于多家贸易商和银行等。不同银行与不同的物流服务商、贸易商组成基于供应链金融服务的利益链条,不同银行各自采用自己的区块链技术贯穿自己的业务利益链,一般采用联盟链。这样在平台数据库端,就面临着平台自己的私有链与多家不同银行的联盟链的交叉应用。The supply chain adopts Internet of Things technology for precise management and control, which ensures the management and control requirements of supply chain finance for pledged objects. The smart supply chain IoT management service platform, as a public platform, adopts a business model similar to the fourth-party logistics. All logistics service providers and their warehouses on the platform use the Internet of Things technology to obtain supply chain data, and the platform has established a single item of goods with the Internet of Things logo --- Internet of Things smart warehouse --- logistics service provider --- platform Private blockchain, there are many logistics service providers on the platform, serving many traders and banks. Different banks and different logistics service providers and traders form an interest chain based on supply chain financial services. Different banks use their own blockchain technology to run through their own business interest chains, generally using alliance chains. In this way, on the platform database side, it is faced with the cross-application of the platform's own private chain and the alliance chain of many different banks.
当前,在供应链领域有许多区块链应用和物联网应用,比如有人研发了面向多区块链平台的区块链网络节点服务装置,可以对不同的区块链基础技术平台进行统一访问,可以对不同的区块链基础技术平台进行控制与管理,定义标准的数据访问和查询接口;有人使用区块链的分布式架构来替代原来的集中管理式物流信息物联网平台;更多的人都是考虑在物联网融合架构里采用区块链技术。上述应用都是从第二方、第三方角度应用区块链技术,没有解决供应链物联网数据平台,面向多主体多客户多利益链的复杂应用下区块链技术与平台数据库的类似第四方服务的交互问题。需要设计一种新的架构,使平台数据库在保证完整性灵活性和安全性的前提下,为各利益主体的区块链应用提供配合,以实现智慧供应链服务的目的。At present, there are many blockchain applications and Internet of Things applications in the supply chain field. For example, someone has developed a blockchain network node service device for multiple blockchain platforms, which can provide unified access to different blockchain basic technology platforms. Different blockchain basic technology platforms can be controlled and managed, and standard data access and query interfaces can be defined; some people use the distributed architecture of blockchain to replace the original centralized management logistics information IoT platform; more people They are all considering the use of blockchain technology in the IoT convergence architecture. The above-mentioned applications all apply blockchain technology from the perspective of the second party and the third party, and do not solve the problem of supply chain IoT data platform, complex application of multi-subject, multi-customer and multi-interest chain, and the similarity between blockchain technology and platform database. Interaction issues with party services. A new architecture needs to be designed so that the platform database can provide cooperation for the blockchain applications of various stakeholders under the premise of ensuring integrity, flexibility and security, so as to achieve the purpose of smart supply chain services.
发明内容Contents of the invention
本发明要解决的技术问题是:克服现有技术的不足,提供一种智慧供应链物联网管理平台的多区块链交叉复合应用架构,它可以使平台数据库在保证完整性灵活性和安全性的前提下,为各利益主体的区块链应用提供配合,以实现智慧供应链服务的目的。The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide a multi-blockchain cross-composite application architecture of the intelligent supply chain Internet of Things management platform, which can ensure the integrity, flexibility and security of the platform database Under the premise of providing cooperation for the blockchain applications of various stakeholders, in order to achieve the purpose of smart supply chain services.
本发明解决其技术问题所采用的技术方案是:智慧供应链物联网管理平台的多区块链交叉复合应用架构,其特征在于:包括供应链物联网管理数据库、物联网管理数据私有链P-BT、联盟区块链应用API、供应链金融联盟链B-BT;所述联盟区块链应用API包含多区块链交叉复用调度机制;所述供应链物联网管理数据库与所述物联网管理数据私有链P-BT相互连接,所述物联网管理数据私有链P-BT与所述联盟区块链应用API相互连接,所述联盟区块链应用API与所述供应链金融联盟链B-BT相互连接;其中:The technical solution adopted by the present invention to solve its technical problems is: a multi-blockchain cross-composite application architecture of the smart supply chain Internet of Things management platform, which is characterized in that it includes the supply chain Internet of Things management database, the Internet of Things management data private chain P- BT, alliance blockchain application API, supply chain financial alliance chain B-BT; the alliance blockchain application API includes a multi-blockchain cross-multiplexing scheduling mechanism; the supply chain Internet of Things management database and the Internet of Things The management data private chain P-BT is connected to each other, the Internet of Things management data private chain P-BT is connected to the alliance block chain application API, and the alliance block chain application API is connected to the supply chain financial alliance chain B -BT interconnected; where:
所述供应链物联网管理数据库支持基于供应链物联网管理数据生成所述物联网管理数据私有链P-BT,保证供应链物联网基础数据可信;在所述物联网管理数据私有链P-BT上,叠加多区块链交叉复用调度机制,形成所述联盟区块链应用API;所述联盟区块链应用API实现不同联盟链认证调度;供应链金融联盟各参与方透过所述联盟区块链应用API,在所述物联网管理数据私有链P-BT基础上形成不同的所述供应链金融联盟链B-BT,实现相同数据源的多区块链交叉复合应用。The supply chain Internet of Things management database supports the generation of the Internet of Things management data private chain P-BT based on the supply chain Internet of Things management data to ensure that the supply chain Internet of Things basic data is credible; in the Internet of Things management data private chain P-BT On BT, a multi-blockchain cross-multiplexing scheduling mechanism is superimposed to form the alliance blockchain application API; the alliance blockchain application API realizes different alliance chain certification scheduling; each participant of the supply chain financial alliance through the The alliance blockchain application API forms different supply chain financial alliance chains B-BT on the basis of the Internet of Things management data private chain P-BT, and realizes the multi-block chain cross compound application of the same data source.
优选的,所述联盟区块链应用API,统一定义面向供应链物联网管理的数据库格式和信息标记规则,统一管理基于不用算法的区块链应用;多区块链交叉复用调度机制实现对所述物联网管理数据私有链P-BT和各所述供应链金融联盟链B-BT的节点加入审核和管理;多区块链交叉复用调度机制统一管理各区块链的区块生成规则;多区块链交叉复用调度机制按各区块链节点的发起方的要求,从所述物联网管理数据私有链P-BT中直接生成对应某联盟链的区块,无需回滚到所述供应链物联网管理数据库;多区块链交叉复用调度机制支持对所述供应链物联网管理数据库的实时审计机制和数据恢复机制。Preferably, the alliance block chain application API uniformly defines the database format and information labeling rules for the management of the supply chain Internet of Things, and uniformly manages block chain applications based on different algorithms; the multi-block chain cross-multiplexing scheduling mechanism realizes The nodes of the Internet of Things management data private chain P-BT and each of the supply chain financial alliance chains B-BT join audit and management; the multi-block chain cross multiplexing scheduling mechanism uniformly manages the block generation rules of each block chain; According to the requirements of the initiators of each blockchain node, the multi-blockchain cross-reuse scheduling mechanism directly generates a block corresponding to a certain alliance chain from the private chain P-BT of the Internet of Things management data, without the need to roll back to the supply chain Chain Internet of Things management database; multi-blockchain cross-multiplexing scheduling mechanism supports real-time audit mechanism and data recovery mechanism for the supply chain Internet of Things management database.
优选的,所述联盟链应用API,包含节点注册机制、审核机制、联盟链区块算法集、算法比较机制、对所述物联网管理数据私有链P-BT访问的调度机制,保证不同新的联盟链的生成和系统总体效率。Preferably, the consortium chain application API includes a node registration mechanism, an audit mechanism, a consortium chain block algorithm set, an algorithm comparison mechanism, and a scheduling mechanism for accessing the P-BT private chain of the Internet of Things management data to ensure that different new The generation of alliance chain and the overall efficiency of the system.
与现有技术相比,本发明的有益效果是:本发明以物联网系统获取的供应链数据为核心,结合区块链与物联网管理数据库,以区块链技术构建了多套数据可信管理体系,针对供应链上不同利益链条采取不同的区块链应用的情况,实现区块链交叉复合应用调度和管理。对物联网数据库的所有操作,既实现区块链的分布式、去中心化、可审计的特性,同时兼备传统数据库的快速查询、数据结构优美的特性。对于不同区块链背后的利益链条上的企业,都对其提供相应的虚拟的完整的区块链数据库。并且做到无论多利益链如何使用区块链加工数据库,都能使完整的原始物联网管理数据库的恢复依旧保持快速效率、数据可靠。实现智慧供应链的数据可信。Compared with the prior art, the beneficial effect of the present invention is that the present invention takes the supply chain data acquired by the Internet of Things system as the core, combines the blockchain and the Internet of Things management database, and builds multiple sets of data credible data with the blockchain technology. The management system, aiming at the situation that different interest chains in the supply chain adopt different blockchain applications, realizes the scheduling and management of blockchain cross-composite applications. All operations on the IoT database not only realize the distributed, decentralized, and auditable characteristics of the blockchain, but also have the characteristics of fast query and beautiful data structure of the traditional database. For enterprises on the interest chains behind different blockchains, they are provided with corresponding virtual and complete blockchain databases. And no matter how the multi-interest chain uses the blockchain to process the database, the recovery of the complete original Internet of Things management database can still maintain fast efficiency and data reliability. Realize the data credibility of the smart supply chain.
附图说明Description of drawings
图1是本发明的系统架构图。FIG. 1 is a system architecture diagram of the present invention.
具体实施方式Detailed ways
下面结合附图实施例,对本发明做进一步描述:Below in conjunction with accompanying drawing embodiment, the present invention will be further described:
实施例一Embodiment one
如图1所示,智慧供应链物联网管理平台的多区块链交叉复合应用架构,包括供应链物联网管理数据库、物联网管理数据私有链P-BT、联盟区块链应用API、供应链金融联盟链B-BT;联盟区块链应用API包含多区块链交叉复用调度机制;供应链物联网管理数据库与物联网管理数据私有链P-BT相互连接,物联网管理数据私有链P-BT与联盟区块链应用API相互连接,联盟区块链应用API与供应链金融联盟链B-BT相互连接;其中:As shown in Figure 1, the multi-blockchain cross-composite application architecture of the smart supply chain IoT management platform includes the supply chain IoT management database, the IoT management data private chain P-BT, the alliance blockchain application API, and the supply chain The financial alliance chain B-BT; the alliance blockchain application API includes a multi-blockchain cross-multiplexing scheduling mechanism; the supply chain Internet of Things management database and the Internet of Things management data private chain P-BT are connected to each other, and the Internet of Things management data private chain P -BT and the alliance blockchain application API are connected to each other, and the alliance blockchain application API is connected to the supply chain financial alliance chain B-BT; among them:
供应链物联网管理数据库支持基于供应链物联网管理数据生成物联网管理数据私有链P-BT,保证供应链物联网基础数据可信;在物联网管理数据私有链P-BT上,叠加多区块链交叉复用调度机制,形成联盟区块链应用API;联盟区块链应用API实现不同联盟链认证调度;供应链金融联盟各参与方透过联盟区块链应用API,在物联网管理数据私有链P-BT基础上形成不同的供应链金融联盟链B-BT,实现相同数据源的多区块链交叉复合应用;The supply chain IoT management database supports the generation of the IoT management data private chain P-BT based on the supply chain IoT management data to ensure the credibility of the supply chain IoT basic data; on the IoT management data private chain P-BT, superimpose multiple areas The blockchain cross-reuse scheduling mechanism forms the alliance blockchain application API; the alliance blockchain application API realizes the authentication and scheduling of different alliance chains; the participants of the supply chain financial alliance use the alliance blockchain application API to manage data in the Internet of Things On the basis of the private chain P-BT, a different supply chain financial alliance chain B-BT is formed to realize the cross-composite application of multiple blockchains with the same data source;
联盟区块链应用API,统一定义面向供应链物联网管理的数据库格式和信息标记规则,统一管理基于不用算法的区块链应用;The alliance blockchain application API uniformly defines the database format and information marking rules for supply chain IoT management, and uniformly manages blockchain applications based on different algorithms;
多区块链交叉复用调度机制实现对物联网管理数据私有链P-BT和各供应链金融联盟链B-BT的节点加入审核和管理;多区块链交叉复用调度机制统一管理各区块链的区块生成规则;多区块链交叉复用调度机制按各区块链节点的发起方的要求,从物联网管理数据私有链P-BT中直接生成对应某联盟链的区块,无需回滚到供应链物联网管理数据库;多区块链交叉复用调度机制支持对供应链物联网管理数据库的实时审计机制和数据恢复机制。The multi-blockchain cross-multiplexing scheduling mechanism realizes the audit and management of the nodes of the Internet of Things management data private chain P-BT and the supply chain financial alliance chain B-BT; the multi-blockchain cross-multiplexing scheduling mechanism manages each block in a unified manner Chain block generation rules; multi-blockchain cross-reuse scheduling mechanism directly generates blocks corresponding to a certain alliance chain from the private chain P-BT of Internet of Things management data according to the requirements of the initiators of each block chain node, without returning Roll to the supply chain IoT management database; the multi-blockchain cross multiplexing scheduling mechanism supports the real-time audit mechanism and data recovery mechanism for the supply chain IoT management database.
联盟链应用API,包含节点注册机制、审核机制、联盟链区块算法集、算法比较机制、对物联网管理数据私有链P-BT访问的调度机制,保证不同新的联盟链的生成和系统总体效率。Consortium chain application API, including node registration mechanism, audit mechanism, consortium chain block algorithm set, algorithm comparison mechanism, scheduling mechanism for access to the private chain P-BT of Internet of Things management data, to ensure the generation of different new consortium chains and the overall system efficiency.
供应链金融联盟链B-BT节点如果不需要增加新的区块,可以仅对现有数据库查看;如果需要增加供应链物联网管理数据库的内容,则可增加区块,更新供应链物联网管理数据库。多区块链交叉复用调度机制对于多个供应链金融联盟链B-BT的生成进行审计,对供应链金融联盟链B-BT所涉及的智能合约的重复数据进行警示,并对后期形成的供应链金融联盟链B-BT进行阻止。If the B-BT node of the supply chain financial alliance chain does not need to add new blocks, it can only view the existing database; if it needs to increase the content of the supply chain IoT management database, it can add blocks and update the supply chain IoT management database. The multi-blockchain cross multiplexing scheduling mechanism audits the generation of multiple supply chain financial alliance chains B-BT, warns the duplicate data of the smart contracts involved in the supply chain financial alliance chain B-BT, and The supply chain financial alliance chain B-BT blocks it.
以上操作遵循调度公式:DATA(B-BT(x))∩DATA(B-BT(y))=0The above operations follow the scheduling formula: DATA (B-BT(x)) ∩ DATA (B-BT(y)) = 0
不同供应链金融联盟链B-BT可能采用不同的区块链协议,对多供应链金融联盟链B-BT发起的区块生成要求,按照区块生成效率调度,生成时间越短,优先级越高。Different supply chain financial alliance chains B-BT may adopt different blockchain protocols. The block generation requirements initiated by multi-supply chain financial alliance chain B-BT are scheduled according to the efficiency of block generation. The shorter the generation time, the higher the priority. high.
以上所述,仅是本发明的较佳实施例而已,并非是对本发明作其它形式的限制,任何熟悉本专业的技术人员可能利用上述揭示的技术内容加以变更或改型为等同变化的等效实施例。但是凡是未脱离本发明技术方案内容,依据本发明的技术实质对以上实施例所作的任何简单修改、等同变化与改型,仍属于本发明技术方案的保护范围。The above is only a preferred embodiment of the present invention, and is not intended to limit the present invention to other forms. Any skilled person who is familiar with this profession may use the technical content disclosed above to change or modify the equivalent of equivalent changes. Example. However, any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention without departing from the content of the technical solution of the present invention still belong to the protection scope of the technical solution of the present invention.
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