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Digital Twin


A digital twin, or digital twin, is a virtual representation of a physical object, system, or process. It is created to simulate and analyze real entities in a digital environment. By continuously updating with real-time data from connected sensors and other sources of information, the Digital Twin accurately reflects the current state of its physical counterpart.


The idea of the digital twin was developed in the context of product life cycle management and advanced manufacturing technologies. Originally introduced by NASA in the early 2000s to improve space systems, the conceptualization, and implementation of digital twins has significantly increased in importance and breadth of applications as a result of advances in IoT technology, cloud computing and artificial intelligence.

Areas of application

Digital twins are used in a wide range of industries, including manufacturing, automotive, healthcare, and urban planning. In the manufacturing industry, for example, they enable the optimization of production processes and the preventive maintenance of systems. In a B2B retailer portal they are used to make product data and performance transparent and accessible to customers.


The key benefits of digital twins include improved decision-making through simulations and predictive models, increased efficiency through operational optimization, and reduced costs through predictive maintenance. They enable companies to innovate faster and reduce time to market by providing greater understanding and control over their products and processes.


Creating and managing digital twins requires sophisticated technologies and expertise in data analysis and system integration. Data protection and data security are also critical challenges, as sensitive data is often processed and stored in cloud environments. In addition, integration into existing systems is often complex and expensive.


A typical example of using a digital twin is simulating a wind turbine park to analyze and predict its performance under various weather conditions. Another example could be the use of a digital twin in the automotive industry, in which each vehicle model is presented as a digital twin to optimize design and safety features before physical production.


Digital Twins offer a revolutionary method for monitoring, simulating and optimizing products and processes in real time. They enable companies to carry out more precise and efficient operations, but also place high demands on IT infrastructure and data protection expertise.