Because simulation requires computational resources and the associated data outputs are large, cloud computing ― with its scalability and relatively low cost ― has traditionally been the technology environment of choice for supporting digital twins. But today, edge computing has emerged as a promising alternative. Edge computing leverages local resources that are close to the physical product’s location, which means reduced latency, while improving responsiveness, agility and privacy.
Data center owners have been preparing to enable the next major leap in 5G application technology and low latency networking – the dispersion to the edge. This White Paper examines some of the areas to watch as data centers migrate closer to end users: edge data centers, smart buildings, entertainment & gaming VR, public safety & healthcare, VR, and digital twins.
Simulations allow engineers and architects to explore design alternatives with a focus on building constraints. They help engineers minimize design times and improve the quality of the final design. The impact of digital twins on smart buildings is particularly pronounced in the area of lighting.
Digital twins are multiplying as their capabilities grow. But realizing their full promise may require integrating data across entire ecosystems. Today, companies are using digital twin capabilities in a variety of ways. For example, in remarkable feat of smart-city management, Singapore uses a detailed virtual model of itself in urban planning, maintenance, and disaster readiness projects.
