Robotics and artificial intelligence, thanks to technological advances, hold immense potential to transform many aspects of human life. Recent experiments feature humanoid robots performing several activities such as supermarkets, schools, hospitals and even nursing homes in Europe, the United States and Japan. But how does innovation in robotics work?

What exactly is a robot?

A robot is a machine that has the ability to interpret its environment and adapt its actions to achieve a goal. Initially, modern robots were invented to automate and speed up industrial processes. But today, robots have become fully autonomous systems that operate freely and can make decisions without human interaction. This new capability thus allows them to be useful in almost all areas of life. Get more information at

What are the technological innovations in robotics?

Innovations in robotics are already having a significant impact on manufacturing processes in the automotive and electronics industries. Today, robots are increasingly used in agriculture, mining, transportation, space and oceanographic research, remote monitoring, healthcare, education and many other areas. The advantage of these innovations is that robots increase productivity, reduce production costs and improve product quality. In the service sector, they have created entirely new business models. Similarly, robots also contribute to human well-being by taking care of tiring or dangerous work.
Moreover, the robotics innovation ecosystem is very dynamic with a high intensity of research and collaboration, and is becoming more and more complex. It involves a large-scale network of specialists, research institutions and technology companies, both large and small. The know-how of a wide range of specialties is called upon to produce groundbreaking inventions by taking advantage of the latest developments in science.