R
rafaelmatosdasilva/rms-design-system-engine
Maintains your design system across design, code and AI
View on GitHub ↗Link checked 2026-11-12 · HTTP 200 · opens the vendor's own site
Official descriptionMaintains your design system across design, code and AI. Generates contracts, documentation and style guides from real sources, checks parity, component usage and accessibility against explicit rules, and keeps products aligned as tokens, components and requirements evolve. Works inside Claude Code.
- Star count
- 1 ★ · rafaelmatosdasilva/rms-design-system-engine · read from the GitHub search API · (checked 2026-11-13 20:00:50)
- Source
- read directly from its GitHub page · type: open-source project
- Harvest history
- first seen 2026-10-29 · last seen 2026-11-14 · seen 17× · listed by 2 sources
- Score
- score 203 · 1 ★ · 2 sources · repo
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repository
rafaelmatosdasilva/rms-design-system-engine；first catalogued 2026-10-29；last seen 2026-11-14。There is no official certification or quality rating here — we record sources and dates only.# The maintenance engine for AI-ready design systems
以下摘录自该仓库的 README（片段） · 在 GitHub 读完整 README →
AI agents can build interfaces in minutes. The hard part is making sure what they build follows your design system, and keeps following it as tokens, components and requirements change.
RMS Design System Engine reads what you have (a Figma file, a codebase, or both) and turns it into documentation and component contracts that people and agents can use. It then checks every implementation against explicit rules, many of them measured in a real browser, instead of trusting the agent to get it right. Every check builds on the same shared knowledge, so what one task learns, the next one uses.
## Who it's for
Design-led teams working in Figma who want to turn their design system into working code, build prototypes with real components and verify accessibility.
Design and engineering teams who need to maintain parity between Figma and code, verify implementations against design intent and catch inconsistencies as designs and code evolve.
Code-first teams who want to improve the reliability, accessibility and maintainability of their codebase, document components, track design system health and ensure AI-generated code follows their implementation rules.
## What it does
Understand: Turn real design and code sources into structured design intent, component contracts, documentation and style guides that people and AI agents can use.
Verify: Run deterministic checks for design-code parity, component usage, accessibility and implementation rules, with actionable findings rather than relying on AI judgement alone.
Maintain: Detect inconsistencies and regressions as tokens, components, requirements and implementations change, keeping products aligned with the design system over time.
## Get started
Requirements: Claude Code, Node.js 22+ and Git.
Recommended: Google Chrome, so everything can be measured as a browser draws it, and TypeScript 5 (npm i -g typescript@5), so your components' JSX and props are read. Without them those checks are skipped; the installer tells you which are missing.
Ask Claude Code to run this command to install the engine:
bash
curl -fsSL https://raw.githubusercontent.com/rafaelmatosdasilva/rms-design-system-engine/main/install.sh | bash
Restart Claude Code and run:
text
/rms-design-system-engine set up this project
Once configured, ask Claude Code to check parity, audit accessibility, generate a style guide, build prototypes or investigate component usage.
RMS Design System Engine reads what you have (a Figma file, a codebase, or both) and turns it into documentation and component contracts that people and agents can use. It then checks every implementation against explicit rules, many of them measured in a real browser, instead of trusting the agent to get it right. Every check builds on the same shared knowledge, so what one task learns, the next one uses.
## Who it's for
Design-led teams working in Figma who want to turn their design system into working code, build prototypes with real components and verify accessibility.
Design and engineering teams who need to maintain parity between Figma and code, verify implementations against design intent and catch inconsistencies as designs and code evolve.
Code-first teams who want to improve the reliability, accessibility and maintainability of their codebase, document components, track design system health and ensure AI-generated code follows their implementation rules.
## What it does
Understand: Turn real design and code sources into structured design intent, component contracts, documentation and style guides that people and AI agents can use.
Verify: Run deterministic checks for design-code parity, component usage, accessibility and implementation rules, with actionable findings rather than relying on AI judgement alone.
Maintain: Detect inconsistencies and regressions as tokens, components, requirements and implementations change, keeping products aligned with the design system over time.
## Get started
Requirements: Claude Code, Node.js 22+ and Git.
Recommended: Google Chrome, so everything can be measured as a browser draws it, and TypeScript 5 (npm i -g typescript@5), so your components' JSX and props are read. Without them those checks are skipped; the installer tells you which are missing.
Ask Claude Code to run this command to install the engine:
bash
curl -fsSL https://raw.githubusercontent.com/rafaelmatosdasilva/rms-design-system-engine/main/install.sh | bash
Restart Claude Code and run:
text
/rms-design-system-engine set up this project
Once configured, ask Claude Code to check parity, audit accessibility, generate a style guide, build prototypes or investigate component usage.
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- Source
- github · https://github.com/rafaelmatosdasilva/rms-design-system-engine
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