The rise of physical AI: Can robots rescue US manufacturing?
Translated from Slovenian and summarized by DistantNews. Read the original for the full story.
At a glance
- US manufacturers are combining workers, robots, sensors and cameras to increase productivity on factory floors.
- At a GE Appliances plant in Georgia, automated arms work alongside employees as the factory produces one stove every 15 seconds.
- Wall Street and Silicon Valley are driving strong investor interest in robotics-as-a-service companies, whose valuations resemble those of software firms.
At GE Appliances’ 102,000-square-metre stove factory in LaFayette, Georgia, workers and robots move through the production line in close coordination. Large automated arms turn the stoves so employees can thread wires through their bases, with the factory aiming to produce one unit every 15 seconds.
Sensors and cameras monitor the entire operation. They collect data and display it on large screens above the workers, while managers use the information to extract more productivity from a consumer-goods sector known for its very low margins.
The factory offers a glimpse of the physical artificial intelligence now attracting intense support from Wall Street and Silicon Valley. Companies offering robotics as a service are reaching valuations more commonly associated with software businesses.
The push reflects a blunt assessment of some factory tasks. “A person sitting there inspecting thousands of products every day often lets their mind wander. The work is demanding, very monotonous, and, if I’m completely honest, people aren’t particularly good at it,” the article quotes one speaker as saying.
A person sitting there inspecting thousands of products every day often lets their mind wander. The work is demanding, very monotonous, and, if I’m completely honest, people aren’t particularly good at it.
Originally published by Delo in Slovenian. Translated, summarized, and contextualized automatically by DistantNews, with a note on how the source frames the story. Not individually reviewed before publishing. How this works.