Business Development Lead, Robotics

Who we are Odyssey is an AI lab pioneering general world models: causal, multimodal systems that learn to predict and interact with the world over long horizons. This foundational technology promises to revolutionize robotics, science, healthcare, education, gaming, defense, and beyond. Odyssey’s founders previously pioneered the most complex application of physical AI: self-driving cars. They’ve now brought together a world-class research team from DeepMind, Tesla, Waymo, Meta, Apple, and Wayve, who have made significant contributions to language models (DeepMind Gemini), video models (DeepMind Veo), world models (Wayve GAIA), and autonomous systems (Tesla FSD). Odyssey has raised significant venture capital from GV, Amazon, AMD, EQT, NVIDIA, Natural Capital, In-Q-Tel, Elad Gil, Jeff Dean, Guillermo Rauch, Garry Tan, Kyle Vogt, and researchers from OpenAI, DeepMind, MSL, Recursive, and Thinking Machines.

What we're looking for We're hiring a Strategic Business Development Lead to build our robotics commercialization function from the ground up; identifying opportunities, closing the partnerships that anchor our go-to-market, and hiring

the team to scale it.

What you'll do Set commercial strategy and revenue milestones, building the processes and operating rhythm to support both. Own strategic deals currently in motion and build a pipeline well beyond. Structure and negotiate the partnerships central to our go-to-market, particularly around commercializing robotics opportunities, including edge deployment, SDK integration, and co-sell motions with major cloud and robotics partners. Partner with Data Operations to structure two-way deals with key accounts, where data acquisition and product sales are negotiated together increasing the overall value generation for our customers. Work with Product and Research to translate new model capabilities into commercial offerings, and help define new product lines as demand emerges. Work directly with the founders on structure and priorities as the function takes shape.