vAI Studio
vAI Studio is a next-generation computational design suite where geometry is generated by algorithms — not manual CAD steps — driven by user-specified variables and field-based computation. It is built on the open-source PicoGK (www.picogk.org) hybrid modeling kernel. It replaces opaque, binary 3D file formats with an open, relational database architecture that serves as the authoritative single source of truth. Every design feature is backed by user-defined parameters, human-readable rationale, and software-generated C# code that compiles directly into volumetric signed distance fields (SDFs) and OpenVDB sparse grids.
Voxels
Geometry is represented through volumetric elements, providing a powerful foundation for implicit modeling, complex structures and computational geometry.
Algorithmic Intelligence
Instead of constructing geometry through a sequence of manual CAD operations, vAI Studio defines geometry through mathematical relationships, algorithms, parameters and fields.
Field-Based Geometry
Mathematical fields can define surfaces, volumes, lattices and internal structures. These fields can be combined, transformed and controlled by parameters.
Computational Design
Geometry becomes the result of computation. Change the parameters and the geometry is regenerated automatically.
Foundation
vAI Studio is built on the open-source PicoGK computational engine and the LEAP 71 ShapeKernel. By leveraging a voxel-based volumetric representation, PicoGK delivers exceptionally reliable computational geometry operations—including complex booleans and offsetting—without the boundary representation failures of traditional CAD.