Technological innovation continues to surprise and terrify society, even more so with the development of automated robots that are becoming more and more like human beings.
By imitating human form and function, these robots promise to revolutionize a variety of industries, from healthcare to education, although they may also lead to the replacement of some jobs or, in other cases, threaten the survival of the human species.
Companies like Ex-Robots and Tesla are at the forefront of this interesting and controversial developmentoffering a vision of a future where human-machine interaction transcends current limits.
The Chinese company Ex-Robots is working on the design of humanoid robots. These androids not only have a surprisingly realistic appearance, but can also almost replicate facial expressions and convey human emotions.
The emotion recognition technology used by the Ex-Robots allows these androids to identify and respond to emotions they detect in their environment.
“We are focusing on how artificial intelligence can recognize and express emotions,” the company’s CEO Li Boyang told Reuters. and added that his model allows the robot to perceive the environment and send an appropriate gesture.
This advancement not only gives robots a more human-like appearance, but also facilitates more natural and fluid interactions with humans.
In the manufacturing process, Ex-Robots engineers are responsible for designing and building robots to provide accurate facial movements. Parts like silicone masks, heads, arms and feet then give them a realistic look.
This multi-pronged approach ensures that robots not only move like humans, but also look like humans, bridging the gap between robots and humans.
Currently, Ex-Robots plans to display her androids in a museum, but her long-term vision is more ambitious. These robots are expected to play a key role in various industries, especially in healthcare and education.
Similarly, the company conducts research into auxiliary treatment and detection of emotional and psychological disorders.
According to the director of Ex-Robots, another perspective area is the possibility of emotional interaction in services aimed at children. A specific case is a hospital, where children interact with robots that not only entertain them, but also help in their emotional and psychological monitoring.
Also in the humanoid robot sector, another notable advance is Optimus, a robot developed by Tesla. With a height of 1.73 meters and a weight of 57 kilograms, Optimus is equipped with sensors and cameras that allow him to mimic human movements.
This advanced technology can revolutionize repetitive and dangerous tasks for humans, saving valuable time and human resources.
In addition to Optimus, the H1 and Tiangong robots are also gaining ground. The H1 robot excels in its ability to automate new tasks in less than 24 hours, making it a highly versatile tool in a variety of work environments.
The Tiangong can run at a speed of 6.4 kilometers per hour, an impressive feat that opens the door to applications in security and rescue services.
Each of these robots represents a significant advance in technology and demonstrates the increasing ability of engineers to mimic both human appearance and functionality.
However, This development also raises ethical and social questions regarding the integration of robots into everyday life. The question might be:
How will our social and economic interactions change with the presence of robots that not only work alongside us, but can also understand and respond to our emotions?
For now, humanoid robotics is in an evolutionary stage, and although many of these robots are currently in testing and exhibition stages, their potential is undeniable.
