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.

A presentation by industry analyst Ulrich Buckenlei in Munich showed why artificial intelligence in industry must be understood not through visions, but through real-world application scenarios.

CES 2026 in Las Vegas highlights that artificial intelligence is no longer conceived purely in digital terms. It is increasingly shaping real processes across industry.

Spatial 3D data is becoming a strategic success factor and creates clarity for better decision making. The Visoric expert team supports its efficient use.

Vehicle surfaces are becoming dynamic. Adaptive skin material shows how cars can shape their identity in real time. The Visoric expert team in Munich supports companies on this path.

Digital haptics makes it possible to feel what was previously only visible. Research from Northwestern University highlights the potential of this technology, and the Visoric expert team helps companies adopt it early.

Intelligent rooms detect behavior, respond in real time and enhance efficiency and user experience. The Visoric expert team in Munich demonstrates how companies can use this to transform existing spaces into high-impact smart spaces.