Cross-region cross-system flexible business coordinated management method

Abstract

The invention provides a cross-region cross-system flexible business coordinated management method which is suitable for flexible coordinated disposition of different types of business in an industry and trade integrated system. The method comprises the steps of preset code contrasting, progress direction coordinating, coordinated document maintaining, transaction consistency processing, timeliness and validity controlling of coordination, and reverse flow processing. According to existing coordination functions of the industry and trade integrated system and aiming at meeting an enterprise data interaction standard and realizing flexible disposition of coordinated progresses, the invention provides the complete coordination solution which is cross-region, customizable in progress and capable of providing coordinated data monitoring and early warning. By means of flexible disposition of progresses covered by actual business, each coordinated unit defines a set of cross-region customized business coordination progresses aiming at different clients and different coordinated units, so that various kinds of progressing technologies can be supported completely, the information coordination of each single business link is strengthened, the information automatic progressing degree is improved, and coordinated data monitoring and alarming are provided.

Description

technical field [0001] The invention relates to a business collaborative management method among enterprises, in particular to a flexible business collaborative management method. Background technique [0002] With the monthly growth of automobile sales and the deepening cooperation between auto parts manufacturers and iron and steel enterprises, automobile manufacturers have accelerated the deployment of production and manufacturing bases across the country to achieve leapfrog development, and the order volume for iron and steel enterprises has also increased sharply . At the same time, since most parts manufacturers order molded parts, the entire ordering process involves multiple companies, processing centers, and parts supporting factories. There are many business flow models, complex processes, and property rights control. Unfavorable factors such as greater risk, long delivery cycle, high inventory, uneven delivery quality, and incomplete supply chain data restrict fu...

AI Technical Summary

Problems solved by technology

At the same time, since most parts manufacturers order molded parts, the entire ordering process involves multiple companies, processing centers, and parts supporting factories. There are many business flow models, complex processes, and property rights control. Unfavorable factors such as greater risk, long delivery cycle, high inventory, uneven delivery quality, and incomplete supply chain data restrict further deepening cooperation with steel companies

After the regional centralized deployment of the industry and trade integration system, the business data collaboration function among the various units in the region is becoming more and more perfect, which basically meets the requirements of business development for the system, but there are still deficiencies in the following aspects: insufficient cross-regional coordination function; Insufficient collaborative support for complex processing techniques; a single collaborative mode that cannot be configured; lack of collaborative data monitoring and early warning functions; lack of a unified collaborative integration platform that meets the information interaction standards of iron and steel enterprises

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