Meshy has introduced Mora, a layered research architecture designed to generate interactive 3D worlds by combining coding agents, 3D generation, and real-time video models. Additionally, the company launched Meshy 7.1, an image-to-3D model that supports up to 4096³ voxel resolution.
The shift toward a layered architecture in Mora addresses the consistency issues that plague end-to-end video models, providing a more stable foundation for virtual production and gaming. By separating logic from rendering, Meshy allows improvements in LLMs or video synthesis to immediately enhance the interactive environment without rebuilding the core assets. For the streaming and gaming ecosystem, this suggests a move away from static assets toward dynamic, agent-driven world-building that maintains high geometric fidelity. Watch for the release of Mora 2 to see if this modular approach can scale beyond research demos into a general-purpose creation tool for professional developers.
Meshy has launched version 7.1, the first generative model to reach 4096³ voxel resolution, capable of producing meshes with 80 million triangles. Alongside this, the company introduced the Mora architecture, which uses coding agents and video models to create persistent, interactive 3D environments, marking a shift toward dynamic, agent-driven world-building.
Meshy 7.1 achieves a 4096³ voxel resolution, allowing for high geometric detail such as fabric weaving and stitching to be built directly into the mesh.
Mora separates world generation into three distinct layers: coding agents for logic, 3D generation for structure, and video models for rendering.
Yes, Mora 1 is currently available as a research demo at mora.fun, featuring multiplayer platforming and racing experiences.
By separating logic from rendering, the architecture allows improvements in LLMs or video synthesis to enhance interactive environments without needing to rebuild core assets.
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