The fully autonomous video of the Atlas robot is the scariest this Halloween.
The Atlas robot from Boston Dynamics is able to perform tasks autonomously.
For years, the idea has been upheld that the advent of the robotic revolution will not lead to job losses for humans. This concept was always defended, at least until the recent presentation of a video by Boston Dynamics, showcasing their new humanoid robot Atlas, a completely redesigned and improved model compared to its predecessor, which was already known for its Parkour abilities.
In the new video, Atlas engages in monotonous tasks that many would prefer to avoid, such as sorting plastic engine covers between a supply container and a "mobile sequencing cart." The scene takes place in what appears to be a manufacturing environment, likely at a Boston Dynamics development facility.
The impressive aspect of this approximately three-minute video is that Atlas operates autonomously. Unlike remote-controlled robots presented in other contexts, according to Boston Dynamics, there is no human intervention in Atlas's movements or decisions during its task.
The robot begins its work by picking up a container, manipulating it with its 'fingers,' and then removing it. Although from a distance it might be mistaken for a human working slowly, Atlas's capabilities are undeniable. As it moves toward the vertical supports to place the container, it rotates its body in ways that a human would not be able to do with the same ease.
Before placing the container in its new location, Atlas seems to carefully observe it. One frame in the video shows how its vision system assesses the dimensions and shape of the object. As it continues, it bends and leans to reach engine covers on lower shelves, carrying out its task efficiently, although at one point a container gets stuck. Instead of removing the object carefully, Atlas does so abruptly and then places it without any issues.
While the video may seem unremarkable at first glance, its implications are significant. Although robots are widely used in manufacturing and warehouses, they are generally not employed in tasks that require precise control of movements or instant decisions. This suggests that we are moving towards a future where robots with human-like appearance and functionality could replace workers in factories.
Furthermore, with the integration of generative artificial intelligence, robots like Atlas will be able to report on their work, answer questions about production levels, and even participate in informal conversations during breaks, even though they cannot eat.
Therefore, it is necessary to rethink the perception of the future of robots: while they are not expected to take our jobs in the short term, in a horizon of 10 to 20 years, humans may find themselves seeking new job opportunities.