Nvidia and Fujitsu Forge Strategic Partnership to Revolutionize AI Infrastructure in Japan

Nvidia and Fujitsu agree to work together on AI robots and other technology

U.S. technology company Nvidia and Fujitsu, a Japanese telecommunications and computer maker, agreed Friday to work together on artificial intelligence to deliver smart robots and a variety of other innovations using Nvidia's computer chips. "The AI industrial revolution has already begun. Building the infrastructure to power it is essential in Japan and around the world," Nvidia Chief Executive Jensen Huang said, hugging his Fujitsu counterpart Takahito Tokita on stage. "Japan can lead the world in AI and robotics," Huang told reporters at a Tokyo hotel. The companies will work together on building what they called "an AI infrastructure," or the system on which the various futuristic AI uses will be based, including health care, manufacturing, the environment, next-generation computing and customer services. The hope is to establish that AI infrastructure for Japan by 2030. It initially will be tailored for the Japanese market, leveraging Fujitsu's decades-long experience here, but may later expand globally, and will utilize Nvidia's GPUs, or graphics processing units, which are essential for AI, according to both sides. The two executives did not outline specific projects or give a monetary figure for planned investments. But exploring a collaboration in AI for robots with Yaskawa Electric Corp., a Japanese machinery and robot maker, was noted as a possible example. AI will be constantly evolving and learning, they said. Fujitsu and Nvidia have been working together on AI, speeding up manufacturing with digital twins and robotics to tackle aging Japan's labor shortages. Tokita said the companies were taking a "humancentric" approach aimed at keeping Japan competitive. "Through our collaboration with Nvidia, we aim to create new, unprecedented technologies and contribute to solving even more serious social issues," said Tokita.

Nvidia and Fujitsu announce AI collaboration to deliver robots and other technology

Executives Huang and Tokita did not reveal a monetary figure for planned investments. U.S. technology company Nvidia and Fujitsu, a Japanese telecommunications and computer maker, agreed Friday to work together on artificial intelligence to deliver smart robots and a variety of other innovations using Nvidia's computer chips. "The AI industrial revolution has already begun. Building the infrastructure to power it is essential in Japan and around the world," Nvidia Chief Executive Jensen Huang said, hugging his Fujitsu counterpart Takahito Tokita on stage. "Japan can lead the world in AI and robotics," Huang told reporters at a Tokyo hotel. The companies will work together on building what they called "an AI infrastructure," or the system on which the various futuristic AI uses will be based, including health care, manufacturing, the environment, next-generation computing and customer services. The hope is to establish that AI infrastructure for Japan by 2030. It initially will be tailored for the Japanese market, leveraging Fujitsu's decades-long experience here, but may later expand globally, and will utilize Nvidia's GPUs, or graphics processing units, which are essential for AI, according to both sides. The two executives did not outline specific projects or give a monetary figure for planned investments. But exploring a collaboration in AI for robots with Yaskawa Electric Corp., a Japanese machinery and robot maker, was noted as a possible example. AI will be constantly evolving and learning, they said. Fujitsu and Nvidia have been working together on AI, speeding up manufacturing with digital twins and robotics to tackle aging Japan's labor shortages. Tokita said the companies were taking a "humancentric" approach aimed at keeping Japan competitive. "Through our collaboration with Nvidia, we aim to create new, unprecedented technologies and contribute to solving even more serious social issues," said Tokita.

Fujitsu Extends Partnership with NVIDIA for Full-Stack AI Infrastructure | AIM

This will combine the FUJITSU-MONAKA CPU series with NVIDIA GPUs through NVLink Fusion for next-generation computing infrastructure. Fujitsu, the Japanese ICT company, has announced an expanded collaboration with NVIDIA to develop a full-stack AI infrastructure that integrates AI agents. The partnership will focus on creating sector-specific AI solutions and computing platforms for industries such as healthcare, manufacturing and robotics. The initiative aims to strengthen enterprise competitiveness and accelerate AI adoption while allowing organisations to retain autonomy in how they use the technology. The collaboration will see the FUJITSU-MONAKA CPU series combined with NVIDIA GPUs through NVLink Fusion to deliver next-generation computing infrastructure. NVIDIA CEO Jensen Huang said, "The AI industrial revolution has begun, and we must build the infrastructure to power it in Japan and across the globe. Together, NVIDIA and Fujitsu are connecting and extending our ecosystems to forge a powerful partnership for the era of AI." The companies will co-develop an AI agent platform designed for industry-specific use. This will include autonomous learning systems, digital twin applications and robotics-based automation to address labour shortages. Fujitsu stated that the platform will be provided as NVIDIA NIM microservices to facilitate faster customer adoption. "By combining the technologies of both companies, we will develop and provide full-stack AI infrastructure, starting with sectors such as manufacturing where Japan is a global leader," Takahito Tokita, CEO of Fujitsu, added. The Japanese company stands as a player in computing, focusing on supercomputing, quantum research, and enterprise systems. Last year, Fujitsu and Cohere also announced a partnership to develop and offer large language models (LLMs) tailored for enterprises. This NVIDIA collaboration also includes work on high-performance computing and quantum systems. Fujitsu aims to establish AI infrastructure as a foundation for Japan's digital society by 2030 and expand its reach globally.

Nvidia and Fujitsu agree to work together on AI robots and other technology

TOKYO -- TOKYO (AP) -- U.S. technology company Nvidia and Fujitsu, a Japanese telecommunications and computer maker, agreed Friday to work together on artificial intelligence to deliver smart robots and a variety of other innovations using Nvidia's computer chips. "The AI industrial revolution has already begun. Building the infrastructure to power it is essential in Japan and around the world," Nvidia Chief Executive Jensen Huang said, hugging his Fujitsu counterpart Takahito Tokita on stage. "Japan can lead the world in AI and robotics," Huang told reporters at a Tokyo hotel. The companies will work together on building what they called "an AI infrastructure," or the system on which the various futuristic AI uses will be based, including health care, manufacturing, the environment, next-generation computing and customer services. The hope is to establish that AI infrastructure for Japan by 2030. It initially will be tailored for the Japanese market, leveraging Fujitsu's decades-long experience here, but may later expand globally, and will utilize Nvidia's GPUs, or graphics processing units, which are essential for AI, according to both sides. The two executives did not outline specific projects or give a monetary figure for planned investments. But exploring a collaboration in AI for robots with Yaskawa Electric Corp., a Japanese machinery and robot maker, was noted as a possible example. AI will be constantly evolving and learning, they said. Fujitsu and Nvidia have been working together on AI, speeding up manufacturing with digital twins and robotics to tackle aging Japan's labor shortages. Tokita said the companies were taking a "humancentric" approach aimed at keeping Japan competitive. "Through our collaboration with Nvidia, we aim to create new, unprecedented technologies and contribute to solving even more serious social issues," said Tokita.

Fujitsu and NVIDIA Join Forces to Build Industry-Specific AI Agent Infrastructure

Working with NVIDIA, Fujitsu aims to realize a human-AI co-creation cycle and continuous system evolution by integrating high-speed AI computing with human judgment and creativity. Specifically, it will accelerate manufacturing using digital twins, leverage physical AI [1], including robotics for operational automation to address labor shortages, and stimulate human innovation. The resulting cross-industry, full-stack AI infrastructure will deploy advanced AI to achieve transformative automation and intelligence previously unattainable. Fujitsu is focused on three key initiatives with NVIDIA as part of the expanded collaboration: 1. Co-development of a self-evolving AI agent platform for industries ●Development of an AI agent platform that balances high speed and strong security through multi-tenancy support, built on Fujitsu Kozuchi and integrating Fujitsu's AI workload orchestrator technology (developed with Fujitsu AI computing broker technology) with the NVIDIA Dynamo platform. ●Creation of a mechanism enabling AI agents and AI models to autonomously evolve and be customized for specific sectors like healthcare and manufacturing and customer needs, achieved by leveraging NVIDIA NeMo and enhancing Fujitsu's multi-AI agent technologies, including optimization of Fujitsu's Takane AI model. ●Provision of these developed AI agents as NVIDIA NIM microservices accelerating and streamlining AI adoption for customers with optimized inferences. 2. Co-development and promotion of next-generation computing infrastructure ●Co-development of a high-speed, sophisticated next-generation computing infrastructure, integrating Fujitsu's cutting-edge FUJITSU-MONAKA CPU series with NVIDIA's high-performance GPUs, coupled by NVIDIA NVLink-Fusion. ●Co-creation of an optimized, AI computing platform from the silicon-level designed for zetascale performance, enabling widespread industrial adoption. ●Provision of a comprehensive HPC-AI ecosystem through integrated software, combining Fujitsu's high-speed software technology for ARM with NVIDIA CUDA, offering one-stop support for AI transformation. 3. Driving Customer Engagement ●Establishment of a robust partner ecosystem to amplify the utilization of AI agents and models, with the ability to develop joint partner programs to accelerate ecosystem growth. ●Development of transformative use cases, starting in specific industrial sectors, leveraging the AI infrastructure to support society. ●Promotion of AI-driven societal transformation in sectors such as robotics through the social implementation of advanced technologies like physical AI, thereby contributing to customer growth.

Nvidia and Fujitsu agree to work together on AI robots and other technology

TOKYO -- U.S. technology company Nvidia and Fujitsu, a Japanese telecommunications and computer maker, agreed Friday to work together on artificial intelligence to deliver smart robots and a variety of other innovations using Nvidia's computer chips. "The AI industrial revolution has already begun. Building the infrastructure to power it is essential in Japan and around the world," Nvidia Chief Executive Jensen Huang said, hugging his Fujitsu counterpart Takahito Tokita on stage. "Japan can lead the world in AI and robotics," Huang told reporters at a Tokyo hotel. The companies will work together on building what they called "an AI infrastructure," or the system on which the various futuristic AI uses will be based, including health care, manufacturing, the environment, next-generation computing and customer services. The hope is to establish that AI infrastructure for Japan by 2030. It initially will be tailored for the Japanese market, leveraging Fujitsu's decades-long experience here, but may later expand globally, and will utilize Nvidia's GPUs, or graphics processing units, which are essential for AI, according to both sides. The two executives did not outline specific projects or give a monetary figure for planned investments. But exploring a collaboration in AI for robots with Yaskawa Electric Corp., a Japanese machinery and robot maker, was noted as a possible example. AI will be constantly evolving and learning, they said. Fujitsu and Nvidia have been working together on AI, speeding up manufacturing with digital twins and robotics to tackle aging Japan's labor shortages. Tokita said the companies were taking a "humancentric" approach aimed at keeping Japan competitive. "Through our collaboration with Nvidia, we aim to create new, unprecedented technologies and contribute to solving even more serious social issues," said Tokita.

Nvidia and Fujitsu agree to work together on AI robots and other technology

"Japan can lead the world in AI and robotics," Huang told reporters at a Tokyo hotel. The companies will work together on building what they called "an AI infrastructure," or the system on which the various futuristic AI uses will be based, including health care, manufacturing, the environment, next-generation computing and customer services. The hope is to establish that AI infrastructure for by 2030. It initially will be tailored for the Japanese market, leveraging Fujitsu's decades-long experience here, but may later expand globally, and will utilize Nvidia's GPUs, or graphics processing units, which are essential for AI, according to both sides. The two executives did not outline specific projects or give a monetary figure for planned investments. But exploring a collaboration in AI for robots with , a Japanese machinery and robot maker, was noted as a possible example. AI will be constantly evolving and learning, they said. Fujitsu and have been working together on AI, speeding up manufacturing with digital twins and robotics to tackle aging Japan's labor shortages. Tokita said the companies were taking a "humancentric" approach aimed at keeping competitive. "Through our collaboration with , we aim to create new, unprecedented technologies and contribute to solving even more serious social issues," said Tokita. Copyright 2025 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed without permission. , source