Design And Implementation Of Microservice-based Supply Chain System For Large-scale Central Enterprises

With the in-depth advancement of the Internet-based transformation trend,more and more enterprises have actively transformed their traditional business to be more intelligent and secure.Supply chain,used by enterprises to provide products or services to users and connect upstream and downstream enterprises,has become a good starting point in the transformation process.Transforming the traditional supply chain system into microservices and making innovations to enable new supply chain business functions have become current research trends.The traditional supply chain system mainly undertakes the business chain related to procurement,from the proposal of demand to the contract to the order.It is necessary to combine the online process and the offline process to complete the procurement business seamlessly.However,the procurement activities of enterprises are gradually enriched,and the demand for business diversity is also increasing.The business requirements for the system are no longer limited to the improvement of functions.There are also requirements for the improvement of the security,ease of operation,stability and intelligence of the system,especially for the higher security requirements of the supply chain system involving money transactions.This thesis proposes a large-scale supply chain system design scheme based on micro-service architecture for central enterprises.Taking the actual business needs of large central enterprises as the starting point,the traditional huge and bloated procurement system is transformed into micro-services to adapt to the ever-expanding business requirements,to accelerate the rapid deployment of new requirements to the market,and improve system performance.At the same time,the traditional procurement process is reconstructed to involve more intelligent and security control elements,and the online process of key procurement data is shared to reduce the possible risks of offline operations such as offline signing.The data and information with potential value in the procurement activities are fully excavated to form a value reference with decision-making significance,and are embedded back into the core business through technical means to improve the practicability of the system.The system uses blockchain technology to analyze the key data in the procurement business,carry out on-chain storage and verification of industrial grayscale information such as supplier blacklists through blockchain technology,anti-counterfeiting and traceability,and enhance the credibility of the system.A rule engine based on procurement-related laws and regulations is built to provide users with self-configurable rule model for risks prevention and control,and apply the risk control model rules to the actual business process,implement embedded risk prevention and control,and improve system security.The system uses big data technology to analyze the core elements of the procurement business,generates supplier labels for activity,contract,and transaction etc.It profiles the suppliers and creates front-end visual display pages for the generated supplier labels,reports and other information,and applies them to the core of procurement projects,procurement contracts,and order transactions,as a result to effectively prevent transaction risks and improve transaction quality.In order to help users quickly solve problems in the use of the system,the intelligent customer service function is launched to improve the intelligence level of the system,with 24-hour online question and answer for common problems,and online customer service for complex problems.