Geofront provides a modeling platform that treats the sphere as a native primitive, allowing users to create and edit multi‑layered spherical meshes with operations such as rotation, edge deletion, smoothing, and configurable subdivision. The tool includes a lift‑type conversion to map planar geometry onto a sphere, a real‑time recalculation engine, a scriptable API, and export to standard formats (OBJ, STL, glTF) for downstream rendering, simulation, or 3D printing.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional 3D modeling tools are optimized for planar meshes and provide limited support for editing spherical surfaces, making it difficult to create, refine, and manage multi‑layered spherical geometry required in fields such as geodesic design, planetary visualization, and spherical VR environments. This gap forces engineers and designers to rely on cumbersome workarounds or custom scripts, increasing development time and error risk.
Solution
Geofront delivers a dedicated software platform that treats the sphere as a native modeling primitive, enabling users to construct and manipulate multiple concentric layers of geometry directly on a spherical surface. The suite offers precise operations—including rotation, edge deletion, smoothing, and configurable subdivision (e.g., sub‑count 2, quad 1)—that preserve geometric fidelity through an automated recalculation engine. A lift‑type conversion tool maps planar constructs onto spherical coordinates, streamlining the transition from conventional designs to spherical forms. The interface provides both visual controls and a scriptable API, allowing integration with existing 3D pipelines and batch processing of layered models for rapid iteration. Export capabilities support standard mesh formats, facilitating downstream rendering, simulation, or additive manufacturing without additional retopology steps.
Target Audience
Geofront serves engineers, designers, and researchers who need precise spherical mesh creation and editing, including aerospace structural designers, VR/AR content creators, scientific visualizers, and manufacturers of spherical 3D‑printed components.
Features
- Multi‑layered spherical geometry modeling with independent control per layer
- Direct rotation, edge deletion, and smoothing operations on curved surfaces
- Configurable subdivision controls (e.g., sub‑count 2, quad 1) optimized for spherical meshes
- Lift‑type conversion that maps planar geometry onto a sphere while maintaining topology
- Real‑time recalculation engine that updates mesh integrity after each edit
- Scriptable API for automation and integration with external CAD/CG pipelines
- Export to common mesh formats (OBJ, STL, glTF) for rendering, simulation, or 3D printing