HUMAIN, a company backed by Saudi Arabia's Public Investment Fund, is significantly expanding its collaboration with Nvidia to advance artificial intelligence capabilities across the globe. This strategic move involves deploying state-of-the-art AI systems and establishing new data centers, reinforcing the commitment of both entities to the rapidly evolving field of AI infrastructure.
Detailed Report on the Expanded AI Alliance
In an announcement made on November 20, 2025, HUMAIN, with the backing of Saudi Arabia's Public Investment Fund, revealed the deepening of its strategic partnership with Nvidia. This alliance is designed to accelerate the development of sovereign AI infrastructure within Saudi Arabia and to extend its reach into the United States. A cornerstone of this expanded collaboration is the planned deployment of up to 600,000 of Nvidia's most advanced AI systems, including the powerful GB300 platforms, over the next three years. This massive undertaking aims to bolster HUMAIN's comprehensive AI capabilities.
As part of this initiative, HUMAIN is actively constructing Nvidia-powered data centers in Saudi Arabia and is simultaneously expanding its operations into the U.S. with new facilities specifically designed to handle high-density computing and complex model workloads. A key component of this expansion focuses on linguistic diversity, as HUMAIN will leverage NVIDIA Nemotron open technologies to train 'HUMAIN Chat,' an AI platform tailored for the more than 400 million Arabic speakers worldwide. Additionally, NVIDIA Omniverse libraries will be utilized to accelerate physical AI projects.
Furthering its U.S. presence, HUMAIN has also forged a strategic partnership with Global AI. This collaboration will establish U.S.-based AI compute capacity, featuring GB300 clusters interconnected by Nvidia Quantum-X800 InfiniBand networking. The new U.S. campus is set to support large-scale model development, secure inference operations, and integrate sovereign-cloud solutions for both enterprise and governmental clients.
In a parallel development, HUMAIN and xAI are collaborating on constructing a network of substantial data centers in Saudi Arabia, with an initial flagship deployment exceeding 500 MW. This facility will house approximately 18,000 GB300 GPUs, crucial for training future Grok models and significantly expanding xAI's global supercomputing footprint. Moreover, HUMAIN has extended its partnership with Amazon Web Services (AWS), a division of Amazon.com Inc., to deploy and manage up to 150,000 AI accelerators. This includes the latest NVIDIA GB300s AI infrastructure and AWS's Trainium chips, which will be integrated within a dedicated 'AI Zone' in Riyadh. This expanded collaboration designates AWS as HUMAIN's preferred AI partner globally, facilitating the delivery of AI compute and services from Saudi Arabia to a worldwide customer base.
This broad U.S.-Saudi AI cooperation is gaining momentum, especially as Washington prepares to approve the initial shipments of advanced AI chips to HUMAIN. This approval aligns with a broader U.S.-Saudi AI cooperation pact that followed discussions between Crown Prince Mohammed bin Salman and President Donald Trump. Supported by the country's $1 trillion Public Investment Fund, HUMAIN plans to deploy up to 400,000 AI chips by 2030 and commit approximately $50 billion to scale data centers and national computing capacity. At the time of this report, NVDA stock showed a positive movement, trading higher by 4.86% to $195.59 premarket on Thursday.
This expansive collaboration between HUMAIN and Nvidia, alongside other key partners, underscores a significant global push towards advanced AI development and infrastructure. The initiatives highlight the increasing importance of international cooperation in technological advancements, particularly in the realm of artificial intelligence. It also brings into focus the strategic role that sovereign wealth funds and national policies play in shaping the future of global technology landscapes, promising new frontiers in AI research and application, particularly for underserved linguistic communities like Arabic speakers.