Virtual reality

Your connection between real and virtual world

Do you know what digital twins are?

Budi posrednik između stvarnog i virtualnog – podijeli članak:

Digital twins represent virtual representations of real physical objects within virtual reality. They are created using data collected by sensors, cameras and other sources that provide the information we find on VR (or MR) glasses. These sensors provide live data about that object and digitize that data, displaying that object in the virtual world. Digital twins can be used for various simulations and modeling of physical objects and the physical world, allowing for a better understanding and analysis of their characteristics and performance. The term itself originated in the early 2000s at NASA.

What are digital twins used for?

One of the key advantages of digital twins is their providing real-time insight into data about these objects. This can help various organizations and users make informed decisions and take timely action to improve the performance and efficiency of their systems. For example, a production facility's digital twin could provide real-time production process data, allowing plant managers to identify various setbacks and inefficiencies and take proper corrective action that will lead to improvements in results. Likewise, the digital twin of an office building could provide live data on energy use in that building, allowing managers to discover opportunities for efficiency improvements.

Digital twins can also be used to simulate and test different ideas, concepts and plans. For example, the digital twin of an electrical grid could be used to test the impact of different power sources and demand patterns on the grid, allowing engineers to optimize the design and operation of that grid. This can help reduce the risk of power outages and other disruptions, as well as improve the reliability and efficiency of the power grid.

Another advantage of digital twins is their ability to enable collaboration and coordination between different teams and users. For example, architects, engineers and construction teams can use the digital twin of that building to collaborate on the design and construction of a building. This can be very useful because it contributes to reducing errors and improves communication between different teams, leading to better results and more efficient project execution.

Overall, digital twins are an important tool for companies and companies that want to improve their understanding and control of the complex physical systems they handle. By providing live data insights and enabling collaboration and simulation, digital twins can help such organizations optimize their operations and achieve better results