Digital spare parts, 3D printing, and intelligent engineering processes are fundamentally transforming industrial spare parts management and supply.

Drones, LiDAR scanning, and artificial intelligence are currently reshaping how forests are surveyed, analyzed, and transformed into intelligent digital twins that can support research, conservation, and environmental management.

Spatial AI, computer vision, and intelligent image analysis are currently transforming how digital systems understand, interpret, and utilize their surroundings as three dimensional information.

Immersive media façades, spatial computing, and CGI technologies are currently transforming how cities, brands, and digital content can be experienced within urban environments.

How realtime 3D, artificial intelligence, industrial gaming, and digital twins are currently enabling a new generation of industrial training and learning platforms.

3D scans and CAD data are not opposites, but complementary methods. Those who strategically combine both approaches create the foundation for usable digital models, more efficient processes, and well-informed decision-making.

A gaming-based approach at the Hannover Messe shows how complex energy systems can be made understandable and tangible through the technology of VISORIC GmbH from Munich.

Eye tracking, artificial intelligence, and real time processing are turning screens into interactive systems that redefine processes. Discover why content is becoming spatially immersive and what opportunities this creates for businesses.

Gaussian Splatting enables photorealistic 3D capture in real time for the first time, opening up new opportunities for businesses in simulation, training, visualization, and the efficient digitization of complex processes.

New virtual interfaces that appear directly in the space around us are fundamentally changing how people interact with digital systems. What used to be complex and manual is increasingly becoming intuitive, automated, and scalable.