Humanoid robots have officially entered the workforce, a fascinating development in the realm of science fiction turned reality.
These autonomous AI-driven machines are equipped with feet, legs, torsos, arms, and heads, resembling human-like figures, and are now actively utilized in various workplaces.
Here are some notable examples:
- Amazon is testing Agility Robotics’ humanoid robot, Digit, for logistics tasks like bin handling in warehouses.
- Mercedes-Benz is exploring the use of the Apollo humanoid robot by collaborating with Apptronik in manufacturing processes.
- BMW is experimenting with Figure AI’s humanoid robot, Figure 01, for component handling and placement corrections at its factory.
- Hyundai, in partnership with Boston Dynamics, is implementing the Atlas humanoid robot in its manufacturing plants for industrial applications.
- Tesla has introduced the Optimus humanoid robot for tasks like sorting battery cells in its factories.
- UBTECH Robotics’ Walker robot is employed in Chinese car factories for various manufacturing tasks, including quality inspections.
While currently used for basic tasks, these humanoid robots are expected to play more significant roles in the future.
But why humanoid robots?
Despite the efficiency of non-humanoid robots in factories, companies like Tesla opt for human-shaped robots due to their ability to navigate human-designed environments more effectively.
However, the argument for humanoid design based on human-centric environments may not always be practical, especially in industrial settings optimized for machinery.
Other robot designs can outperform humanoid robots in terms of strength, speed, and dexterity, raising questions about the necessity of humanoid forms in certain work environments.
2024-08-27 21:15:03
Source from www.computerworld.com