When AI leaves the screen
We tend to associate artificial intelligence with software, invisible algorithms, and digital assistants. But what happens when AI interacts directly with the physical world? When it perceives, moves, adapts, and responds to its environment in real time?
This is precisely the challenge of Physical AI.
Machines that perceive and act
Physical AI emerges from the convergence of sensors (cameras, microphones, tactile sensors) and advanced AI models. These systems analyze their surroundings and instantly adjust their behavior. They can avoid an unexpected obstacle, adapt their grip to handle a fragile object, or modify their trajectory in the presence of a human.
Far from being futuristic, this technology is already used in logistics, transportation, and healthcare. According to some projections, humanoid robots could reach one billion units by 2050, mainly for industrial and commercial applications.
Switzerland, a laboratory for intelligent robots
Driven by its innovation ecosystem, Switzerland is positioning itself as a strategic hub for mobile robotics and biorobotics. Its ability to connect scientific research with concrete applications is fostering technologies that are useful, safe, and aligned with societal needs.
Two conferences to explore the stakes
On Friday, March 13 at the Swiss Pavilion, two sessions will delve into this technological shift:
- At 2:00 pm, MiRALab will present Nadine, one of the most realistic social humanoid robots in the world. Capable of conversing in multiple languages and remembering past interactions, Nadine illustrates the transition from abstract AI to a physical presence able to interact with us.
- At 3:30 pm, “Why AI Needs Us,” presented by NGSENS, will address questions of consciousness, responsibility, and value creation. Because while machines can learn, they never operate outside a human framework. The conference will be held in French.
By giving intelligence to movement and interaction, Physical AI is reshaping our relationship with machines.