World Labs Secures $1 Billion to Pioneer Spatial Intelligence and 3D World Models
World Labs, led by Dr. Fei-Fei Li, has raised $1 billion in a landmark funding round backed by NVIDIA, AMD, and Autodesk. The company aims to revolutionize digital environments by developing advanced 'world models' powered by spatial intelligence.

World Labs Secures $1 Billion to Pioneer Spatial Intelligence and 3D World Models
World Labs, an artificial intelligence startup founded and led by renowned AI researcher Dr. Fei-Fei Li, has announced a historic $1 billion funding round, marking one of the largest investments in the field of spatial intelligence to date. The round was led by industry titans including NVIDIA, AMD, and Autodesk, signaling strong confidence in the company’s vision to build high-fidelity, dynamic 3D world models that can perceive, reason about, and interact with physical environments in ways previously thought impossible.
According to ITmedia, the company’s core innovation lies in its proprietary 'spatial intelligence' framework—a paradigm that moves beyond traditional computer vision and object recognition to enable AI systems to understand the geometric, physical, and contextual relationships within three-dimensional spaces. Unlike conventional AI models trained on 2D images or text, World Labs’ technology generates immersive, physics-aware 3D environments from minimal input, such as a single image or a brief video clip. This breakthrough has profound implications for industries ranging from autonomous vehicles and robotics to architecture, gaming, and virtual reality.
Dr. Li, a former Stanford professor and co-director of Stanford’s Human-Centered AI Institute, has long been a pioneer in visual recognition and machine perception. Her leadership brings academic rigor and ethical foresight to World Labs’ commercial ambitions. In internal briefings, the team has described their models as "digital twins of reality," capable of simulating real-world physics, lighting, and occlusion with unprecedented accuracy. Early prototypes have demonstrated the ability to reconstruct entire urban blocks from smartphone footage, then simulate pedestrian flow, vehicle dynamics, and environmental changes in real time.
NVIDIA’s participation underscores the strategic alignment with its Omniverse platform, which seeks to unify 3D design and simulation workflows. AMD’s investment reflects its ambition to expand beyond hardware into AI infrastructure, while Autodesk’s involvement highlights the potential for generative design tools in architecture and manufacturing. Together, these partners bring not only capital but also deep domain expertise and integration pathways into existing professional ecosystems.
Industry analysts suggest that World Labs’ technology could become the foundational layer for the next generation of digital worlds. "This isn’t just about better graphics," said Dr. Elena Rodriguez, a senior analyst at TechInsight. "It’s about creating AI agents that can navigate and manipulate 3D spaces as intuitively as humans. That’s the gateway to truly autonomous robots, AI-powered urban planning, and immersive metaverse experiences that feel real, not rendered."
Despite the scale of funding, World Labs has remained tight-lipped about its commercialization roadmap. However, insiders indicate that the company is already piloting its technology with automotive manufacturers for simulation-based autonomous driving training and with construction firms to visualize building modifications before ground is broken. The firm also plans to release an open API for developers in late 2026, inviting third-party innovation while maintaining proprietary control over its core spatial reasoning engine.
As the race to build the next digital frontier intensifies, World Labs’ $1 billion war chest positions it as a frontrunner in the emerging field of spatial AI. With backing from the very companies shaping the future of computing hardware and design software, the startup may well be laying the groundwork for a new paradigm in how machines understand—and interact with—the physical world.


