Core design values such as color, spacing, typography, and radii are abstracted into a structured token system. The tokens follow a three-tier approach that separates raw values from intent and branding:

In addition to these, a dedicated responsive token collection is maintained to manage device-specific values. This layer defines breakpoints for desktop, tablet, and mobile with default widths of 1440, 834, and 430, ensuring layout and spacing scale consistently across screen sizes.

Token Automation

'The transition from design to code is handled through an automated token pipeline. Tokens defined in Figma are exported as structured JSON, preserving hierarchy and relationships instead of flattening values into isolated styles. This ensures that the system logic established during design remains intact when it moves into implementation.'

'The exported JSON is processed through automated build steps that generate CSS variables and TypeScript types as part of the project setup. Tokens become directly usable in code with type safety and without manual duplication. By exploring the project repository, you can see how this automation is wired into the system and apply a similar approach within your own setup.'

Design Context

'Design context is integrated into development through Figma MCP, which connects Figma directly to Cursor or any AI-native code editor that supports MCP. Component structure, layout intent, and design references are accessible inside the editor while implementation is in progress, keeping context close to where code is written.'

'This removes the need to interpret designs from screenshots or written explanations. Implementation is guided by real design data at the point of execution, reducing handoff friction and minimizing interpretation errors. If you want to explore this workflow further, the Figma MCP documentation provides guidance on setup and integration.'

The system is packaged for reuse and published as versioned npm libraries: beacon-ui for core components and tokens, and beacon-icons for icons. Splitting the libraries gives you the flexibility to use your own icon solution if needed, while keeping the core UI package focused and independent.

This separation also gives you a more controlled upgrade path. The build pipeline manages bundling, exports, and type generation automatically, and semantic versioning keeps updates predictable and safe. The design system is delivered as a distributable product rather than an internal artifact, making it easy for you to adopt across multiple codebases.

Documentation is built alongside the system and treated as a core deliverable. Each component has a dedicated page that explains its purpose, supported props, and recommended usage, with visual previews that reflect real-world scenarios.

An interactive playground allows you to experiment with variants, states, and themes before integrating components into your project. Because the documentation is generated from the same source as the components, it stays aligned as the system evolves. This turns the docs into a practical guide rather than static reference material, helping you adopt the system with confidence.

The system is consumed by installing the published npm libraries directly into your project. Components and tokens are used in production code to maintain visual and behavioral consistency across applications.

Documentation acts as the reference for correct usage and patterns, helping you move quickly without breaking system constraints. Updates are introduced through versioned releases, allowing improvements to be adopted safely as products evolve while keeping the system maintainable over time.