IMPLEMENTATION OF METHODS FOR DIGITAL TWIN AND GEOGRAPHICAL INFORMATION SYSTEMS

Business practices in areas like geographical information systems and environmental scanning are becoming more and more crucial, especially in light of the fierce competition in the technology sector. Organizations are less likely to hunt for information that they can act on right away than they are to experiment without trustworthy information, which results in organizational inattention. On the other hand, many companies are wasting money on initiatives that were either evaluated with insufficient data or that they were unable to absorb. In order to help enterprises design the best strategy for efficient environmental scanning and analysis, this study offers a new method based on environmental turbulence and aerial vehicles. Many businesses find it useful to measure the design of virtual models based on physical entities when creating their own virtual workshop models for scheduling and optimizing workshop production, but a single virtual workshop model cannot capture the interaction of physical and information objects necessary for intelligent manufacturing. To represent the fusion of virtual and real, however, and to therefore maximize the production of the workshop, the workshop for digital twins is an effective strategy. The digital twin system cooperative production unit is used as an example in this study to validate the suggested approach for building the digital twin workshop, which focuses on the definition and function of digital twin engines in a DT workshop. Keywords: Environmental scanning, digitalization, digital twin, information technologies.