Meshy Unveils Mora Architecture and High-Resolution 3D Modeling

The industry standard for AI-generated worlds has largely focused on end-to-end video simulation, an approach frequently plagued by inconsistent physics and spatial instability. Mora—Multimodal Open-world Real-time Architecture—shifts this paradigm by delegating tasks to distinct layers: coding agents define mechanics, 3D engines manage spatial structure, and video models handle final presentation. By treating code and geometry as the foundation rather than an afterthought, the system ensures that game rules and environments persist through interactions. Mora 1, currently live at mora.fun, serves as a testbed for these modular experiences, ranging from multiplayer platforming to spatial puzzles.

Advancing Geometric Fidelity

While Mora targets the architecture of interactive spaces, the newly released Meshy 7.1 focuses on the raw detail of individual assets. The update introduces Ultra 2K and Ultra 4K generation modes, with the latter achieving 4096³ voxel resolution. This density allows for the creation of intricate physical features—such as fabric stitching or surface scales—rendered directly into the mesh rather than simulated via texture maps. Capable of producing models with up to 80 million triangles, Meshy 7.1 is positioned for high-end digital sculpting and 3D printing workflows. Internal testing via the company's proprietary Detail Richness Benchmark suggests this model currently leads the field in surface fidelity, with the benchmark tool slated for a future public release.