Odyssey genAI aims to create detailed, cinematic virtual worlds by using real-world 3D data captured by custom wearable camera systems.
Odyssey, a genAI startup founded by self-driving tech veterans Oliver Cameron and Jeff Hawke, is building AI models capable of generating immersive, Hollywood-grade virtual worlds. To achieve this, Odyssey uses a unique camera rig strapped to people’s backs. Equipped with six cameras, two lidar sensors, and an inertial measurement unit. This 25-pound system captures 360-degree views in 3.5K resolution with precise depth and lighting data. Allowing the company to build detailed digital reconstructions of natural and urban environments.
By leveraging real-world data, Odyssey’s genAI models can replicate visual elements such as object geometry, light behavior, and movement. Creating layered scenes that feel more realistic and vibrant than those from traditional simulations. The captured data enables Odyssey to address a common challenge in genAI. Creating authentic virtual environments with detailed textures, lighting, and dynamic elements. This approach positions Odyssey’s technology as a valuable tool for filmmakers, game designers, and content creators seeking to craft virtual worlds with unmatched realism.
The startup recently raised $18 million in a Series A funding round led by EQT Ventures, bringing its total funding to $27 million. The new capital will scale Odyssey’s data collection efforts, starting in California with plans to expand nationwide and internationally. Odyssey’s founders emphasize that real-world data is crucial for training GenAI models that can generate life-like virtual environments. While current world-building AI has limitations, Odyssey’s data-driven approach aims to push generative modeling forward.
Odyssey envisions its technology becoming a cornerstone for creatives in fields such as film and gaming, enabling them to generate complex, cinematic scenes efficiently through AI, with each new data point enhancing model accuracy and depth.