Genome FAQs

Question 1

What is Genome and how does it create unique designs?

Accepted Answer

Genome is a Model Context Protocol (MCP) engine that generates unique, reproducible design systems. It uses a four-layer SHA-256 genome chain, enforcing mathematical constraints and leveraging simulated designer personas (CreatorGenome) to move beyond generic AI-generated templates and 'slop'.

Question 2

How does Genome prevent 'AI slop' or generic designs?

Accepted Answer

Genome prevents 'AI slop' by enforcing mathematical constraints across its four deterministic genome layers (Creator, Design, Ecosystem, Civilization). This ensures truly unique creative directions, influenced by simulated personas, rather than defaulting to common, uninspired patterns often seen in other AI-generated designs.

Question 3

What are the four layers of the Genome chain?

Accepted Answer

The four interlocking layers are: CreatorGenome (simulated designer personas), DesignGenome (visual styles like color, typography, motion), EcosystemGenome (component relationships and structure), and CivilizationGenome (application architecture). Each layer's deterministic output biases the selections of the next, ensuring coherence and uniqueness.

Question 4

Can I export design tokens generated by Genome to other tools?

Accepted Answer

Yes, Genome allows you to export generated design tokens to various popular formats. This includes Figma Tokens, Style Dictionary (CSS/SCSS/iOS/Android), styled-components, Emotion, Vue 3 SFC, and Svelte, enabling seamless integration into your existing design and development workflows.

Question 5

Is Genome a code generator?

Accepted Answer

While Genome provides concrete architecture direction and component specs, it is primarily not a full code generator. It delivers design tokens, visual strategies, and structural blueprints. The Ecosystem and Civilization layers return specifications and architecture direction, leaving the implementation to you or your agent based on these unique constraints.

Genome

Genome

Características Principales

Casos de Uso

Características Principales

Casos de Uso