Adam is an AI agent that integrates with existing CAD platforms to automate design tasks via natural language prompts. It streamlines workflows by replacing granular clicks with high-level commands, enabling rapid part editing and feature tree optimization. The tool also facilitates model robustness through automated parametrization, allowing users to quickly iterate on complex designs.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional 3D model creation is often time-consuming and requires specialized software expertise, creating a barrier for individuals and businesses looking to quickly generate or iterate on 3D designs. This complexity limits rapid prototyping, asset generation for digital media, and the realization of physical objects from conceptual ideas.
Solution
Adam is an AI-powered platform that streamlines 3D model generation through natural language processing and advanced generative AI. The platform offers distinct modes for different user needs: a "Creative" mode for generating artistic or game-ready assets from text prompts, images, or existing 3D models, and a "Parametric" mode for engineering applications, enabling the creation of dimensionally accurate, functional parts via text descriptions. This approach democratizes 3D design, allowing users to translate concepts into tangible or digital assets with significantly reduced technical overhead.
Target Audience
The platform targets game developers, engineers, 3D printing enthusiasts, and makers who require efficient and accessible tools for 3D asset creation and rapid prototyping.
Features
- **Text-to-Mesh Generation (Creative Mode):** Utilizes AI to generate 3D assets from textual descriptions, image inputs, or reference 3D models, optimized for visual applications.
- **Text-to-CAD Generation (Parametric Mode):** Enables the creation of dimensionally precise, functional mechanical parts and prototypes using natural language commands, with an emphasis on parametric control.
- **Clean Topology Output:** Generates 3D models with optimized mesh structures suitable for integration into game engines and other digital workflows.
- **Export Formats:** Supports export to standard 3D file formats including STL for 3D printing and OBJ, with STEP format planned for engineering applications.
- **Iterative Design Capabilities:** Allows users to refine and modify generated models through further prompting, facilitating design iteration without starting from scratch.
- **AI Copilot (Upcoming):** An agentic CAD editor designed to integrate directly into existing engineering workflows for enhanced design assistance.