Iris Chen

Corgi is building the first AI financial infrastructure company. For information about Corgis ETFs, visit www.corgifunds.com

Mach Industries is a defense manufacturing company that develops and produces unmanned aerospace and defense systems, along with the infrastructure required to manufacture them at scale. Its product portfolio includes strike aircraft, long-range munitions, high-altitude platforms, counter-drone systems, and propulsion technologies designed for military applications. The company follows a vertically integrated approach, designing and manufacturing key components and systems in-house to support production, testing, and deployment. Mach Industries also operates a decentralized manufacturing network that supports the production of defense hardware and related components. In addition to developing operational systems, the company provides capabilities in propulsion, energetics, testing, and advanced manufacturing for defense and aerospace applications.

World Labs is a spatial intelligence company building Large World Models (LWMs) to perceive, generate, and interact with the 3D world. We aim to lift AI models from the 2D plane of pixels to full 3D worlds – both virtual and real – endowing them with spatial intelligence as rich as our own. We believe that humans are innovative, curious, and creative; science and technology are both manifestations and drivers of these impulses. Propelling AI forward with spatial intelligence will also propel forward both individuals and humanity as a whole. Toward this goal, World Labs will develop spatially intelligent LWMs that can understand and reason about the 3D world from images and other modalities. Over time, we expect to train increasingly powerful models with broader capabilities that can be applied in a variety of domains, working alongside people. These are ambitious goals, so we are building an ambitious company to tackle them. Our team, led by co-founders Fei-Fei Li, PhD; Justin Johnson, PhD; Christoph Lassner, PhD; and Ben Mildenhall, PhD, has a strong research background, but we are not motivated by exploration for its own sake. Instead, we believe that now is a unique moment where rapid scientific progress has thinned the barrier between research and applications. We aim to seize this opportunity, focusing on the entire throughline from research to engineering to product to people. We are bringing together the most formidable slate of pixel talent ever assembled, creating a tight feedback loop between our spatially intelligent foundation models and products that will empower our users. We invite you to learn more about joining our fast-growing team.

Were an AI research company that builds reliable, interpretable, and steerable AI systems. Our first product is Claude, an AI assistant for tasks at any scale. Our research interests span multiple areas including natural language, human feedback, scaling laws, reinforcement learning, code generation, and interpretability.

Corgi is building the first AI financial infrastructure company. For information about Corgis ETFs, visit www.corgifunds.com

Mach Industries is a defense manufacturing company that develops and produces unmanned aerospace and defense systems, along with the infrastructure required to manufacture them at scale. Its product portfolio includes strike aircraft, long-range munitions, high-altitude platforms, counter-drone systems, and propulsion technologies designed for military applications. The company follows a vertically integrated approach, designing and manufacturing key components and systems in-house to support production, testing, and deployment. Mach Industries also operates a decentralized manufacturing network that supports the production of defense hardware and related components. In addition to developing operational systems, the company provides capabilities in propulsion, energetics, testing, and advanced manufacturing for defense and aerospace applications.

We are a Private Family Office based out of Chicago, and we invest patient capital with remarkable entrepreneurs that are shifting the paradigm in their industry.

World Labs is a spatial intelligence company building Large World Models (LWMs) to perceive, generate, and interact with the 3D world. We aim to lift AI models from the 2D plane of pixels to full 3D worlds – both virtual and real – endowing them with spatial intelligence as rich as our own. We believe that humans are innovative, curious, and creative; science and technology are both manifestations and drivers of these impulses. Propelling AI forward with spatial intelligence will also propel forward both individuals and humanity as a whole. Toward this goal, World Labs will develop spatially intelligent LWMs that can understand and reason about the 3D world from images and other modalities. Over time, we expect to train increasingly powerful models with broader capabilities that can be applied in a variety of domains, working alongside people. These are ambitious goals, so we are building an ambitious company to tackle them. Our team, led by co-founders Fei-Fei Li, PhD; Justin Johnson, PhD; Christoph Lassner, PhD; and Ben Mildenhall, PhD, has a strong research background, but we are not motivated by exploration for its own sake. Instead, we believe that now is a unique moment where rapid scientific progress has thinned the barrier between research and applications. We aim to seize this opportunity, focusing on the entire throughline from research to engineering to product to people. We are bringing together the most formidable slate of pixel talent ever assembled, creating a tight feedback loop between our spatially intelligent foundation models and products that will empower our users. We invite you to learn more about joining our fast-growing team.

Were an AI research company that builds reliable, interpretable, and steerable AI systems. Our first product is Claude, an AI assistant for tasks at any scale. Our research interests span multiple areas including natural language, human feedback, scaling laws, reinforcement learning, code generation, and interpretability.