Automation of the process of aggregating data from a production and logistics system to simulate wax model manufacturing processes

The article considers the issues of automation of the process of data aggregation of the production and logistics system of an enterprise of rocket and space industry for simulation modeling of production processes of manufacturing wax models for casting. Potential problems of data collection from various information systems and data compatibility are analyzed. The analysis of the data required for simulation modeling is carried out. Based on the analysis, the information systems of the production and logistics system that act as a data source for each parameter are determined and the main groups of data are identified, such as: duration of technological operations, warehouse parameters and production plan for the release of castings. An experiment is carried out in the AnyLogic simulation system using the generated data based on the aggregation of data of the production and logistics system. The use of the aggregation approach reduces the time for collecting and combining data from various sources due to the automation of this process. It is proposed to use the developed integration platform, which allows implementing the processes of collecting, storing and processing data of production and logistics systems for their subsequent analysis. The key advantage of the developed integration platform is its scalability, which allows the system to be adapted to expand the supported information management systems of production and logistics systems.