Change It Once. Watch It Update Everywhere.
We turn scattered buttons, colors, and spacing decisions into a single governed source of truth, so consistency stops depending on any one person remembering the rules.
3Shadz Design Systems covers component inventory audits, design token architecture, and Figma-and-code component libraries, documented and governed so design and engineering are always building from the same source instead of two files that quietly drift apart.
Try it on the panel to the right: pick a different color token and watch the web, mobile, and dashboard previews update together, the same thing that happens across your real products once the tokens are wired in.
- 1 token Propagates across every surface that references it
- Figma ↔ code Design and development ship from the same source
- Governed A documented process for how the system changes
Every Undocumented Component Is a Future Inconsistency
Nine buttons. Six input fields. Fourteen shades of a color everyone calls “brand red.” That is not a design failure: it is what happens by default when more than one person ships UI without a shared source of truth.
None of it happened on purpose. Someone rebuilt a component under deadline instead of finding the existing one. A hex code got typed in from memory instead of copied from a token. Each decision was reasonable in isolation. Together, they compound into a product that looks like it was built by several different companies.
A design system does not fix this with a style guide nobody reopens after month two. It fixes it by making the consistent choice the easiest one: a token to reference, a component to reuse, and a documented reason not to build a tenth button.
We start every engagement by measuring where the drift actually is, so the system we build reflects your real products, not a theoretical ideal.
Four Layers, Built as One Connected System
Each layer stands on its own, and each one is what makes the layer above it actually hold together in production.
Design Tokens
Named variables for color, type, spacing, radius, elevation, and motion: the layer that lets a single change propagate everywhere it is used instead of triggering a manual, screen-by-screen edit.
- Primitive tokens (raw values)
- Semantic tokens (surface, text, border, status)
- Type scale & spacing scale tokens
- Elevation, radius & motion tokens
- Light/dark & multi-brand token sets
- Figma Variables kept in sync with code
Component Library
Buttons, inputs, cards, navigation, and every other reusable piece, built as matching Figma components and coded components, so a designer and a developer are always looking at the same source of truth.
- Documented states (default, hover, focus, disabled, error)
- Figma components built with variables, not hardcoded values
- Coded components in your existing framework
- Storybook (or equivalent) as a living library
- Accessibility built into every state
- Component API kept consistent across the set
Documentation
Usage guidelines, do's and don'ts, and code snippets for every component: written so a new designer or engineer can find the right answer without pinging someone on the design team.
- When to use each component (and when not to)
- Copy-paste code snippets per framework
- Accessibility notes per component
- Do's and don'ts with visual examples
- Changelog & version history
- Zeroheight, Storybook, or Notion-based sites
Governance
A documented process for how the system is allowed to change, who can propose a new component, how a token change gets reviewed, and how versioning works, so the system stays trustworthy as more people contribute to it.
- Contribution workflow for new components
- Review process for token & breaking changes
- Semantic versioning & changelogs
- Ownership model (core team vs. contributors)
- Adoption tracking across products
- Office hours & onboarding for new teams
Six Rules Behind Every System We Build
Not a style guide: the working beliefs that settle arguments when a token or component decision is not obvious.
Tokens Are the Source of Truth
A component never hardcodes a value. It references a token, so one change in one place is the only edit a rebrand or a theme update should ever require.
Consistency Should Require No Memory
If using the system correctly depends on someone remembering a rule, the rule is not documented well enough yet. Correct usage should be the path of least resistance.
Every State Ships Documented
Default, hover, focus, disabled, error, loading: a component is not finished until every state it can actually be in has been designed and specified.
Built With Engineering, Not Handed to It
Figma and code components are built side by side, not designed first and translated later, so the two never quietly drift apart from each other.
Versioned Like Code
A design system is a dependency your products rely on. It gets a changelog, a version number, and a migration path, not a silent overwrite that breaks someone's screen.
Adoption Is Designed, Not Assumed
A system nobody adopts is a very well-organized Figma file. Rollout, migration, and onboarding are scoped as deliberately as the components themselves.
Same Five Buttons. One Source of Truth, or None.
Every element below is real markup, not a screenshot: five buttons built without a system, and the same five rebuilt from one token set.
5 shades of "brand orange." 5 border-radii. 5 padding scales. Zero of them documented anywhere.
1 --color-primary token. 1 --radius-md token.
1 --button-padding token. Documented once, used everywhere.
From Scattered UI to a Governed System
The same six stages apply to a token-and-core-components foundation and a multi-brand system rollout, only the depth of each stage changes.
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01
Audit
We inventory the components, colors, and type styles already live across your products.
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02
Define Tokens
Primitive and semantic tokens are named and scaled from what the audit actually found.
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03
Build Components
Figma and code components are built side by side, state by documented state.
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04
Document
Usage rules, do's and don'ts, and code snippets go live alongside every component.
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05
Roll Out
Existing screens are migrated in priority order, validated against real usage as they go.
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06
Govern & Scale
A contribution and versioning process keeps the system trustworthy as more teams build on it.
A Living Style Guide, Not a Static Board
A condensed look at the kind of specimen sheet every 3Shadz design system ships with: tokens, scales, and components documented together.
Chosen Around Your Stack, Not a Fixed Toolkit
Figma is home base for the design layer. The rest is selected around how your engineering team already ships code.
- Figma
- Figma Variables
- Tokens Studio
- Style Dictionary
- Adobe XD
- Storybook
- Zeplin
- React / Vue / Angular
- Tailwind CSS
- npm / private registries
- Zeroheight
- Storybook Docs
- Notion
- Confluence
- Chromatic
- Percy
- Figma Branching
- GitHub / GitLab
- Linear
What Comes With Every Design System
These are not add-ons priced separately later. They are how we build.
Component Inventory Audit
A real count of the components, colors, and type styles already live across your products.
Token Architecture
Primitive and semantic tokens scaled and named so a single change propagates correctly.
Figma Library Build
Variable-driven Figma components that mirror what engineering ships, layer for layer.
Code Component Parity
Coded components in your framework of choice, kept in sync with the Figma library.
Usage Documentation
Do's, don'ts, and code snippets a new team member can follow without asking first.
Accessibility Baked In
Contrast, focus states, and keyboard behavior are part of the component spec, not a retrofit.
Contribution Governance
A documented process for proposing, reviewing, and versioning changes to the system.
Adoption Rollout Support
A migration plan and onboarding so the system gets used, not just published.
Design Systems Built Across Industries
The components change with the industry. The token architecture underneath does not.
Healthcare
Consistent, accessible components across patient-facing and clinical products.
Banking & Financial Services
Data-dense table, chart, and form components governed to a compliance-friendly standard.
Retail & E-Commerce
One component set shared across storefront, checkout, and internal merchandising tools.
Education & EdTech
Systems that scale cleanly across web, mobile, and multi-brand course platforms.
Travel & Hospitality
Consistent booking components reused across brand and white-label properties.
Real Estate
Listing, gallery, and filter components documented once and reused per market.
Marketplaces & Platforms
Shared components across buyer, seller, and admin surfaces without visual drift.
Startups
A lean token-and-core-component foundation that scales as the team grows.
Audited, Not Assumed
Every system starts by measuring the real drift across your products, not a fresh guess.
Figma and Code, Built Together
Design and engineering build side by side, so the two libraries never quietly diverge.
Shipped in Phases
Core tokens and high-traffic components reach your team early, not after one big release.
Governance Included
You leave with a contribution and versioning process, not just a component folder.
Adoption Is Scoped, Too
Migration planning and onboarding are part of the engagement, not left to hope.
You Own the System
Tokens, components, and documentation are handed over: you are never locked out.
A System Your Team Can Actually Govern
A design system that only 3Shadz can maintain has not really been handed over. We build the governance model alongside the components themselves, so your team can add, review, and version the system with confidence long after the engagement ends.
A Design System Works Best Connected to Everything Around It
Tokens and components reinforce, and get reinforced by, the other disciplines around them.
Design Systems + UI/UX Design
Real screens validate the system as it is built, instead of a system designed in isolation.
Explore UI/UX DesignDesign Systems + UX Research
Usability findings decide which components need to change before they get locked into the system.
Explore UX ResearchDesign Systems + Software Engineering
Component code is built to your framework and coding standards, not handed off as a translation problem.
Explore Software EngineeringDesign Systems + Quality Assurance
Visual regression testing catches drift the moment a component changes, not months later.
Explore Quality Assurance & SupportDesign Systems + Technology Consulting
Governance and adoption strategy fold into the wider roadmap conversation, not a side project.
Explore Technology ConsultingSee All Services
Review the full set of 3Shadz services and how design systems fit into the wider delivery picture.
Explore All ServicesDesign Systems FAQs
A design system is a documented, governed set of design tokens (color, type, spacing, motion), reusable components, and usage rules that both design and engineering treat as the single source of truth. It is not a moodboard or a one-off UI kit: it is infrastructure a product keeps building on.
A UI kit is usually a set of static components in one file. A design system adds the parts a UI kit is missing: tokens that propagate a single change everywhere, documented states and usage rules, code components that match the Figma layer for layer, and a governance process for how it changes over time. Most teams that outgrow a UI kit are missing exactly those four things.
There is a short setup cost, which is why we scope in phases: core tokens and the highest-traffic components ship first, so your team gets reusable pieces to build with in weeks, not after the entire system is finished. The slowdown people actually fear is usually a big-bang rewrite, which is not how we scope these engagements.
Both, and kept in sync deliberately. Figma components carry the same names, tokens, and states as the coded components your engineers ship, usually through a tool like Tokens Studio or Style Dictionary, so a designer and a developer are always looking at the same source of truth instead of two files that quietly drift apart.
No. We start with a component inventory audit of what already exists across your live products, group the near-duplicates, and use that as the raw material for the new system, so the tokens and components we define reflect real usage instead of a theoretical ideal, and the rollout can happen screen by screen instead of as a rewrite.
Color (primitive and semantic), typography scale, spacing scale, radius, elevation and shadow, border, and motion tokens as a baseline, extended with product-specific tokens (data-visualization colors, status colors, density modes) where the product needs them.
Yes, that is one of the main reasons to build token-based rather than value-based. Semantic tokens reference primitive tokens per brand or per theme, so a component never hardcodes a color; it asks for "surface" or "text-primary" and gets the right value for whichever brand or theme is active.
Your team, using the governance model and contribution workflow we set up together, who can propose a new component, how a token change gets reviewed, and how versioning is handled. We can also stay on in an ongoing advisory or fractional capacity if your team prefers not to own governance alone yet.
A focused token-and-core-component foundation typically ships in the first few weeks. A full system covering every component category, multi-brand theming, and a rollout across several products spans considerably longer. We scope in phases so usable pieces reach your team early rather than waiting for one large release.
Adoption is scoped as its own workstream, not an afterthought: a migration plan for existing screens, office hours and documentation your teams can self-serve from, and a governance process that makes contributing back easier than forking a one-off component. Rollout plans are usually screen-by-screen against real usage data, not a mandated switch-over date.
UI/UX and product design shape a specific product's screens and flows. A design system is the shared infrastructure underneath: the tokens and components those screens are assembled from. Most engagements involve both: we design against a system as we build it, so the system is validated by real screens instead of built in isolation.
Share how many products or teams are shipping UI today, and where you are already seeing drift: inconsistent buttons, colors, or spacing across screens. We typically start with a short component inventory audit so the scope and sequencing of the system is grounded in what your products actually look like right now.
Show Us Your Nine Buttons. We’ll Turn Them Into One.
You do not need a finished inventory to start a conversation. Tell us how many products your team ships UI across, and where you are already seeing drift: a rebrand that never fully rolled out, a component rebuilt for the third time, or a system you know you need before the next product launches. We will help you scope where to start.











