Core Modules and Offline Processing Mechanism of a Wholesale Merchant Assistant APP Based on Microservices Architecture
Abstract
With the development of the digital economy, the wholesale industry is accelerating its transformation. However, traditional models
suffer from low efficiency, complex pricing, difficult credit management, and lagging inventory control. Based on a microservices architecture, this paper designs the core modules and offline processing mechanisms of a wholesale merchant assistant APP, focusing on an order and
pricing engine, credit sales management, and inventory management. The proposed solution enables full-process transaction control, manageable risks, precise inventory management, and continuous offline business operations. This scheme improves operational efficiency, reduces
risks, and provides technical support and practical reference for the digital transformation of the wholesale industry.
suffer from low efficiency, complex pricing, difficult credit management, and lagging inventory control. Based on a microservices architecture, this paper designs the core modules and offline processing mechanisms of a wholesale merchant assistant APP, focusing on an order and
pricing engine, credit sales management, and inventory management. The proposed solution enables full-process transaction control, manageable risks, precise inventory management, and continuous offline business operations. This scheme improves operational efficiency, reduces
risks, and provides technical support and practical reference for the digital transformation of the wholesale industry.
Keywords
Wholesale Merchant; Offline Processing Mechanism; Price Negotiation Mechanism; Inventory Service; Microservices Architecture
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DOI: http://dx.doi.org/10.70711/frim.v4i5.9397
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