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.

For a long time, digital content was bound to fixed surfaces. New technologies are now moving it into space. This article highlights the possibilities.

At Light + Building 2026 in Frankfurt, an immersive Apple Vision Pro experience demonstrates how complex lightning protection systems can be explained clearly and experienced spatially.

The Mobile World Congress 2026 reveals a clear shift in direction. Intelligence is moving from centralized data centers to the place where things actually happen.

Engineering used to depend on physical infrastructure. Today, systems can be simulated in the browser before any hardware is assembled. The article explains why the browser is evolving into the new development platform.

When artificial intelligence makes film production scalable, the competitive landscape changes at its core. It is no longer capital intensity that defines success, but model competence, creative precision, and the ability to iterate rapidly.

For the first time, a GPT model controls a real biological experimental setup in a closed feedback loop and measurably reduces production costs. The demonstration signals the transition from AI as an assistance system to an operational research architecture.

Spatial Flight Control describes a flight control approach in which motion and orientation are decoupled, allowing drones to control space as a volume rather than along a single flight axis.

Autonomous flying drones take over industrial tasks wherever human labor is risky, inefficient, or no longer justifiable.

The exhibition Digital by Nature at the Kunsthalle Munich shows how digital systems have long moved beyond being mere tools and have become formative forces of our present.