Trusted by founders and growing teams

Frontend Architecture & Design Systems

Design and implement scalable frontend architectures and component systems.

About

As products grow, frontend complexity often increases faster than expected. Without clear architecture and design systems, development velocity slows, inconsistencies multiply, and maintenance becomes expensive. We develop frontend architectures and design systems designed to support faster feature development, smoother onboarding of new developers, and a consistent user experience. The focus is on structure, governance, and sustainability — not just UI components.

What we design & implement

Comprehensive frontend architecture and design system services.

Frontend Architecture

  • Scalable React / Next.js architectures (App Router, RSC-ready)
  • Clear separation of UI, domain logic, data, and state
  • Predictable data-fetching and state strategies
  • Feature- and domain-based project structures

Design Systems

  • Component libraries with clearly defined APIs
  • Token-based themes (colors, spacing, typography)
  • Accessibility-first (WCAG-oriented)
  • Versioned, documented UI foundations

Component Systems

  • Reusable, composable UI components
  • Shared libraries for multi-product setups
  • Storybook-based documentation and testing
  • Clean design-to-code workflows (e.g., Figma)

Team & Scalability

  • Onboarding-friendly code structure
  • Contribution guidelines, linting & code standards
  • Release and versioning strategies for UI libraries
  • Maintainability with a long-term perspective

Typical problems we solve

Inconsistent UI across pages and products
Slow feature development due to complex components
Unclear styling approaches
Missing ownership and clear responsibilities
Drift between design and implementation

How we work

Step 01 — Architecture Audit

Analysis of existing frontend structure, components, styles, and data flows.

Step 02 — Target Architecture

Definition of architecture patterns, folder structure, state strategy, and system boundaries.

Step 03 — Design System Foundation

Building component base, tokens, and accessibility standards.

Step 04 — Integration & Migration

Incremental integration or migration of existing products.

Step 05 — Documentation & Enablement

Storybook, guidelines, contribution rules, and handover to team.

Results

Scalable, maintainable frontend architecture
More efficient feature development with reduced risk of regressions
Consistent UI across teams and products
Easier onboarding for new developers
Clear separation of design, logic, and data

Technologies

React
Next.js
TypeScript
Storybook
Tailwind or CSS Modules
Design Tokens
Figma
CI/CD
Monorepos (pnpm / Turborepo).

When this is the right choice

Multiple frontend developers or teams
UI inconsistencies slow down development
Design system exists only as Figma file
Product is evolving into a platform
Maintainability is more important than quick prototypes
What you get

Results we're
proud to show

FAQ

FAQ

Yes — we can audit existing applications and design new architectures or design systems that integrate incrementally with your current codebase.

A design system typically includes component libraries, design tokens (colors, spacing, typography), documentation (Storybook), accessibility standards, and contribution guidelines.

Implementation timelines depend on scope and complexity. Initial design system foundations often take a few months, with incremental expansion over time.

Yes — we can translate Figma designs into code, establish design-to-code workflows, and ensure design and implementation stay aligned.

Yes — Storybook is a core part of our design system implementation. We set up Storybook, document components, and establish testing workflows.

Frontend architecture and design systems for companies building production frontend platforms. We support organizations with React and Next.js architecture, component systems, and design systems based on the specific technical and regulatory context of each project. All services are delivered individually and depend on system requirements and constraints.