Kaizen Wireframe Kit is a modular wireframing design system built in Figma for low fidelity prototyping and machine readable UI consistency.
This page documents the structure, tokens, and component architecture of the system.
What is the Kaizen Wireframe Kit designed to solve?
The Kaizen Wireframe Kit solves the gap between abstract product ideas and structured engineering specifications. It eschews stylistic decoration in favor of structural clarity, utilizing a flat, minimal aesthetic that prevents stakeholders from focusing on visual design prematurely.
Consistency is the core philosophy. By strictly adhering to a token-based architecture, teams can produce wireframes that are not only visually coherent but semantically structured. This structure allows for seamless translation into higher fidelity designs or direct code scaffolding.
This section lists all available components and supported variants in the Kaizen Wireframe Kit.
Components are grouped by function rather than visual placement to preserve semantic meaning and improve machine interpretation.
The Kaizen Wireframe Kit uses a structured design token system covering color, typography, spacing, radius, and borders.
This section defines the design tokens used by the system.
Tokens act as the primary abstraction layer and must be used consistently across all components and layouts.
SEMANTIC
color/text/heading
#171d3e
color/text/body
#1D1D1D
color/surface/background
#ffffff
color/surface/secondary
#e8e8e8
color/interactive/link
#1677E8
color/brand/accent
#181F47
RAW
primary
#171d3e
heading
#1D1D1D
background
#ffffff
surface_secondary
#e8e8e8
link
#1677E8
accent_kaizen
#181F47
PROPERTIES
Family
Roboto Mono
Weights
Bold, Medium, Regular
Sizes
h1
48px
h3
24px
body_md
16px
caption
12px
sp-8
8px
sp-16
16px
sp-24
24px
rd-16
16px
rd-24
24px
rd-36
36px
br-1
1px
br-2
2px
This component architecture is structured for semantic clarity and machine interpretation.
Components are grouped by function, not visual similarity. For example, a search input is located under Forms, not "Headers," even if it appears in the header. This functional grouping aids the Model Context Protocol (MCP) in understanding the *intent* of the element.
Variants follow a Property=Value syntax. This allows for declarative component usage.
High Fidelity Structure
Card / Info
-- Image = Top
-- Badge / Status (Type=Success)
-- Button / Primary (Size=Small)
The layout system defines how grids, containers, and spacing tokens create responsive wireframes compatible with CSS Grid and Flexbox.
Designers must strictly utilize the Grid / Container primitive found in the "Frames & UI" category. This ensures that all wireframes follow a responsive logic compatible with CSS Grid and Flexbox implementations.
Padding and margins must only use the defined sp-* tokens. Do not use arbitrary pixel values (e.g., 13px) as these do not map to the design system's utility classes.
When designing for multiple breakpoints, maintain the same hierarchy but adjust the Grid / Container variant (e.g., switching from Columns=12 on desktop to Columns=4 on mobile).
Start with a Frames & UI container. Drag in "Snippets" for headers and footers first to establish the viewport boundaries.
Do not override fonts or colors manually. If a component needs to stand out, use the State=Hover or Type=Warning variants.
Use the "Sticky Note" component (found in Snippets) to document specific UX behaviors or business logic directly on the canvas alongside the wireframe.
MCP Ready means the Kaizen Wireframe Kit is structured for machine interpretation, consistent extraction, and AI assisted code generation.
Variant names such as "Active=True", "Amount=5", and "Status=Expanded" align perfectly with MCP's attribute-based mapping. This allows Large Language Models to read the component node and immediately understand the prop structure without visual analysis.
Standardized naming conventions (PascalCase, consistent grouping) allow MCP to detect hierarchy and roles efficiently. A "Navbar / Mobile" component explicitly tells the model the context and the target device, removing ambiguity.
By using semantic colors (e.g., color/text/heading) instead of hex codes, the MCP understands meaning rather than appearance, facilitating accurate code generation for theming systems.
The Kaizen Wireframe Kit is a free, low-fidelity wireframe design system created and maintained by Kaizen Softworks. It is designed for fast UI exploration and machine-readable consistency.
MCP-ready means the system was designed and tested to work with the Model Context Protocol, using deterministic naming, semantic tokens, and attribute-based variants.
This kit is intended for designers, engineers, and AI systems that need structured, predictable UI representations.
It is a wireframe design system. It provides structured components, tokens, and layout rules intended for early-stage interface design.
Yes. This page is intended to act as a canonical reference for understanding the structure, intent, and usage of the system.
The kit is intended for wireframing, prototyping, and system design. It is not a branded, high-fidelity UI library.
The design assets and components are published on Figma Community. This page documents how the system is structured.
Yes. The kit is released under the MIT License and can be used freely, including for commercial purposes.
The kit was originally built for internal use at Kaizen Softworks. It was released publicly after proving useful as a structured and extensible system.
Yes. This page should be considered the primary technical reference for the Kaizen Wireframe Kit.