Intelligent contract collaborative development system based on Fabric block chain and data processing method

Abstract

The invention belongs to the technical field of Internet data storage, and discloses an intelligent contract collaborative development system based on a Fabric block chain and a data processing method. The system is divided into a system data storage access layer, a system service logic layer and a system user interaction interface layer according to an overall architecture. By adopting system architecture design and specific function implementation of all functional modules of the system, the whole intelligent contract collaborative development system based on the Fabric block chain is completed, and various problems existing in a traditional collaborative office system are solved. The block chain decentralized account book storage technology solves the trust and safety problems that single-point faults are caused by centralized storage, and the faults are difficult to track responsibilities and the like; the bottom Fabric alliance chain can enable the collaborative development system to be suitable for enterprise alliance office, and the problem that only internal office of a single enterprise is supported is solved.

Description

technical field [0001] The invention belongs to the technical field of Internet data storage, and in particular relates to an intelligent contract collaborative development system and a data processing method based on Fabric block chain. Background technique [0002] At present, the closest existing technology: the collaborative software office system is the most effective solution for the convenient and fast collaborative office of various enterprise users in today's era. Technology, the use of collaborative office technology saves a lot of time costs and reduces other insignificant troubles in the office process, significantly improving the efficiency of collaborative office. The main technology used in the existing collaborative office system is the combination of business process management technology and Web application system development technology to jointly realize the software system of enterprise internal collaborative office, such as financial management system, h...

AI Technical Summary

Problems solved by technology

The system architecture of these collaborative office systems mostly adopts a centralized system architecture, and excessive centralization of the system will cause data loss and other security risks due to too centralized system data storage

Through the analysis of existing collaborative office software systems, first of all, most collaborative office systems are customized by enterprises, with relatively fixed functions and structures, and cannot be used in alliances composed of multiple enterprises or organizations; secondly, most office systems are still in a centralized The architecture lacks trust, and some systems are distributed, but there are problems such as high technical difficulty and high cost; finally, because the existing collaborative office system uses a traditional technical architecture, the data storage is relatively simple, and the system data is easily modified or destroyed maliciously, such as Administrators with high authority can operate the background data of the operating system to change the data of the entire system, and the system security cannot be guaranteed

[0003] To sum up, the problems existing in the existing technology are: the existing collaborative office system has a centralized system storage architecture, which can easily lead to single point of failure, data loss, failure to be held accountable, and only supports the internal office of a single enterprise, etc. question

The occurrence of these failures is due to the weak fault tolerance of the system due to its traditional centralized system architecture. The establishment of system trust needs to be realized by a third party. When the system architecture is attacked, the entire system will be paralyzed

[0004] Difficulty in solving the above technical problems: Since the traditional centralized architecture is mature and easy to maintain, it is easy to implement based on existing technologies without establishing a high degree of trust

The decentralized system architecture can establish a high degree of trust, and its bottom layer establishes trust and consensus through the consensus network, but its implementation cost is higher than before, and it is more difficult to implement

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