Genie3: Transform
Images into Playable
3D Worlds

Genie3 (available at Genie3.top) is a revolutionary foundation world model that generates interactive 3D environments from a single image. Genie3 uses advanced diffusion models and spatiotemporal transformers to create playable worlds with realistic physics, lighting, and object interactions.

Genie3 can generate consistent, interactive worlds for up to 60 seconds, with most examples running between 10-20 seconds. Genie3's model maintains world coherence and remembers off-screen content, allowing seamless exploration throughout the duration.

You can navigate using keyboard and mouse, interact with objects like opening doors and bursting balloons, experience realistic physics including gravity and water effects, and observe dynamic lighting with reflections and shadows. The worlds respond intelligently to user actions.

Yes! Genie3 supports multiple viewpoints including first-person perspective, third-person view, isometric angles, and driving perspectives. Genie3 maintains consistency across different camera angles within the same generated world.

Unlike traditional game engines, Genie3 is a diffusion model that generates images in real-time as you explore. Genie3 doesn't require pre-built assets or programming - it creates entire interactive worlds from a single input image using AI at Genie3.top.

Genie3 accepts various inputs including photographs, concept art, digital drawings, and even simple sketches. Genie3's out-of-distribution generalization allows it to transform any visual input into a fully interactive 3D environment.

Genie3 is accessible at Genie3.top, representing the evolution of advanced AI world generation technology. While based on cutting-edge research foundations, Genie3 offers the future of interactive content creation through our platform.

Genie3 (Genie3.top) is perfect for training and evaluating embodied AI agents like SIMA. Genie3 generates diverse, unseen environments for testing, allowing researchers to create unlimited training scenarios and evaluate AI performance in novel situations without manual world building.