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What is Zoo?
Zoo offers a modern platform designed to revamp hardware design infrastructure, addressing the limitations of current tools. It provides a foundation for creating advanced design tools, featuring a GPU-powered geometry engine and open API compliance. This infrastructure supports the development of custom tools or the use of Zoo's pre-built solutions, aiming to enhance designer productivity and streamline workflows.
The platform emphasizes efficiency and cost reduction through automated processes, high performance, and the ability to offload computation to its geometry engine, enabling tools to run on various devices. Zoo integrates Machine Learning capabilities, notably through its Text-to-CAD interface, allowing users to generate initial hardware designs from text prompts and extend functionality via ML APIs. It caters to hobbyists, startups, and large enterprises seeking to expedite project development.
The platform emphasizes efficiency and cost reduction through automated processes, high performance, and the ability to offload computation to its geometry engine, enabling tools to run on various devices. Zoo integrates Machine Learning capabilities, notably through its Text-to-CAD interface, allowing users to generate initial hardware designs from text prompts and extend functionality via ML APIs. It caters to hobbyists, startups, and large enterprises seeking to expedite project development.
Features
- GPU-powered Engine: Offloads computation for geometry processing and visualization rendering.
- Open API Compliance: Enables development of custom hardware design tools.
- Text-To-CAD: Generate hardware designs from text descriptions using Machine Learning.
- Modeling App: A CAD modeling tool combining point-and-click and code editing.
- Diff Viewer: Tool for comparing hardware design versions.
- Pay-as-you-go API Pricing: Flexible pricing model based on API usage after free tier.
- Remote Streaming: Allows tools to run on various devices by offloading computation.
Use Cases
- Developing custom hardware design tools via API.
- Accelerating hardware design workflows.
- Generating initial hardware designs using text prompts.
- Comparing different versions of hardware designs.
- Creating CAD models using a hybrid point-and-click and code interface.
- Reducing hardware requirements for running design software.
- Building hardware design tools for multiple operating systems.
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