Digital Event Horizon
NVIDIA CEO Jensen Huang has unveiled Japan's role in the AI revolution, emphasizing the country's unique position to lead in the robotics AI era. With its rich history of innovation, engineering excellence, and technological panache, Japan is poised to become a major player in the AI-driven economy. From agentic AI to large language models specifically designed for Japan, NVIDIA and SoftBank are collaborating on several projects aimed at driving sovereign AI initiatives. As the country prepares to embark on this new industrial era, one thing is clear: the future of AI in Japan holds boundless promise.
NVIDIA's annual AI Summit Japan has concluded, marking a new era for technological advancements in Japan. NVIDIA CEO Jensen Huang emphasized the importance of AI infrastructure in driving global transformation and distinguished between digital and physical AI. Japan is uniquely positioned to lead in the AI-driven economy due to its rich history of innovation and engineering excellence. NVIDIA announced a collaboration with SoftBank to build Japan's largest AI supercomputer, aiming to provide researchers, students, and startups with access to cutting-edge compute resources. SoftBank CEO Masayoshi Son discussed the company's successful piloting of the world's first combined AI and 5G network, known as AI-RAN. NVIDIA plans to develop a national AI infrastructure network through partnerships with Japanese cloud leaders, supporting sectors like healthcare, automotive, and robotics. Huang highlighted the potential of agentic AI to transform productivity across industries and create new possibilities for robotics.
NVIDIA's annual AI Summit Japan has concluded, and with it came a slew of announcements that marked a new era for the country's technological advancements. The event, which took place on November 12, 2024, brought together industry leaders, researchers, and developers to discuss the future of artificial intelligence (AI) in Japan. At the forefront of these discussions was NVIDIA CEO Jensen Huang, who shared his vision for Japan's role in the AI revolution.
Huang's address at the summit was met with widespread attention, as he emphasized the importance of AI infrastructure in driving global transformation. He distinguished between two types of AI: digital and physical. Digital AI is represented by AI agents, which are complex software programs that can learn, reason, and take action. Physical AI, on the other hand, refers to robotics, which involves the use of machines to perform tasks that typically require human intelligence.
According to Huang, Japan is uniquely positioned to lead in this AI-driven economy, thanks to its rich history of innovation and engineering excellence, as well as its technological and cultural panache. He praised the country's ability to create cutting-edge robots, which he noted have been a staple of Japanese society for generations. These robots, he argued, are not only a testament to Japan's technical prowess but also hold significant promise for the future of AI.
Huang highlighted the potential of agentic AI, advanced digital agents capable of understanding, reasoning, planning, and taking action, to transform productivity across industries. He noted that these agents can tackle complex, multi-step tasks with ease, effectively doing "50% of the work for 100% of the people," thereby turbocharging human productivity. By turning data into actionable insights, agentic AI offers companies powerful tools to enhance operations without replacing human roles.
In addition to his address, NVIDIA's collaboration with SoftBank to build Japan's largest AI supercomputer was a major announcement at the summit. The project, which will deliver extensive computing power to drive sovereign AI initiatives, including large language models specifically designed for Japan, aims to provide researchers, students, and startups with access to cutting-edge compute resources.
SoftBank CEO Masayoshi Son also spoke at the summit, discussing his company's successful piloting of the world's first combined AI and 5G network, known as AI-RAN (radio access network). This network enables AI and 5G workloads to run simultaneously, opening new revenue possibilities for telecom providers. Son emphasized the potential of this intelligence network to become a "big neural brain" for Japan's infrastructure, connecting each other densely and facilitating unprecedented levels of innovation.
NVIDIA also announced plans to develop a national AI infrastructure network through partnerships with Japanese cloud leaders such as GMO Internet Group and SAKURA internet. This initiative will support sectors like healthcare, automotive, and robotics by providing advanced AI resources to companies and research institutions across Japan. The Japan Ministry of Economy, Trade and Industry has supported this endeavor, recognizing the strategic importance of AI in driving economic growth.
In his address, Huang emphasized the profound synergy between AI and robotics, highlighting how advancements in artificial intelligence have created new possibilities for robotics across industries. He noted that as AI enables machines to learn, adapt, and perform complex tasks autonomously, robotics is evolving beyond traditional programming. He implored developers, researchers, and AI industry leaders to take advantage of the latest breakthroughs in artificial intelligence and combine them with Japan's world-class expertise in mechatronics.
As the summit concluded, NVIDIA CEO Jensen Huang left a lasting impression on the audience, emphasizing Japan's potential to lead the robotics AI revolution. He stressed that every country, every company, and every industry must produce a new industrial revolution, and he saw Japan as uniquely positioned to seize this opportunity. The future of AI in Japan is bright, with a wealth of innovative projects and initiatives on the horizon.
Related Information:
https://blogs.nvidia.com/blog/ai-summit-japan-huang-son/
Published: Wed Nov 13 20:00:57 2024 by llama3.2 3B Q4_K_M
