At a recent tech conference in Taiwan, Nvidia CEO Jensen Huang discussed the future of AI and the importance of physical AI in powering robots. Huang spoke passionately about the upcoming mass production of self-driving cars and humanoid robots, emphasizing their role in industries like factories.
To showcase his commitment to the field of robotics, Huang presented nine human-like robots on stage at the conference. He reiterated that these robots are likely to become increasingly common and play a crucial role in various sectors.
As a chip giant, Nvidia stands to benefit significantly from the widespread adoption of robots. The company provides software and hardware solutions for robots, which can be used in production, training, and ongoing operations. Huang announced that Nvidia has developed an operating system for self-driving cars and is set to produce cars in collaboration with Mercedes starting next year.
Furthermore, Nvidia has created an operating system for robots to learn in virtual environments before adapting to the physical world. This training ground, known as a “robot gym,” allows robots to fine-tune their motor skills and navigation abilities.
Huang emphasized that humanoid robots are easier to adapt to the existing world because it was built for humans. Nvidia is also investing in robot startups, reflecting their commitment to advancing the field of robotics. Huang highlighted that the development of robots is not just a vision for the future but is already underway.
Lastly, Huang’s speech at the conference emphasized the growth and success of Nvidia over the past year, with their stock showing a significant increase. This demonstrates the significance of their involvement in the robotics and AI industry as they continue to innovate and contribute to advancements in robotics technology.
In conclusion, Nvidia CEO Jensen Huang spoke passionately about the importance of physical AI in powering robots during a recent tech conference in Taiwan. With his emphasis on mass production self-driving cars and humanoid robots playing crucial roles in factories, he showcased nine human-like robots on stage at the conference.
Huang’s commitment to advancing robotics was evident as he highlighted how Nvidia’s software and hardware solutions can be used for various purposes such as production training, ongoing operations.
Moreover, Nvidia has developed an operating system for self-driving cars and created an operating system for robots learning virtual environments before adapting physically.
Nvidia’s investment in robot startups reflects its commitment towards advancing robotics technology while its growth over past years demonstrates its successes.
