Frontend

React Development Company

Component-based interfaces built to be extended by whoever touches the codebase next.

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How we work

React is a library for building user interfaces out of components, not a full application framework. That distinction matters when you are deciding how to build something: React gives you the rendering model and leaves routing, data fetching and server rendering to whatever you pair it with, whether that is Next.js, Remix, or a custom Vite setup wired into an existing backend.

We reach for React when the interface itself is the hard problem: a data-dense dashboard, a configurable design system, a product surface that will be rebuilt and extended for years by different teams. React 19 brought Server Components and the `use` hook into the core model, which changes how much of an app can render on the server without giving up interactivity on the client, and most teams now encounter that through a framework rather than raw React.

Fit

When React is the right choice, and when it is not

Good fit

You are building an interactive product surface (dashboard, editor, configurator) where state and UI update together constantly
You need a component library or design system that multiple teams or products will consume
Your team already has React experience and the priority is hiring speed and available talent, not learning a new model
You are integrating a new feature into an existing React codebase rather than starting green field
You need fine-grained control over rendering and state, closer to the metal than a batteries-included framework gives you

Consider something else

You need a full application shell with routing, data fetching and SEO handled for you: that is what Next.js or Remix are for, not raw React
The site is mostly static marketing pages with no interactive state: a simpler static site generator or even Webflow ships faster and costs less to maintain
You are building a native mobile app: React Native shares the mental model but is a distinct runtime with its own constraints
The team has no React experience and the project timeline does not allow for the learning curve around hooks, state management and the rendering model

What we build

What we build with React

Design system components
Reusable component libraries with documented props, variants and accessibility behavior, published internally or to a package registry so other teams can consume them without copying code.
Data-dense dashboards
Admin panels, analytics views and internal tools where tables, filters, charts and forms all update in response to each other, backed by React Query or SWR for server state.
Client-side state architecture
State management chosen to fit the problem, from local component state and context through to Zustand or Redux Toolkit for larger applications with cross-cutting state.
Form-heavy workflows
Multi-step forms, wizards and configurators built with React Hook Form and Zod validation, keeping validation logic shared between client checks and server enforcement.
Incremental migration of legacy UI
Mounting React components inside an existing server-rendered application (Rails, Django, WordPress) so teams can modernize the interface without a rewrite.
Component testing and visual regression
Testing Library and Storybook set up together so component behavior and appearance are both verified before a change ships.

Ecosystem

Libraries and tools we pair it with

TanStack Query for server state and caching
Zustand or Redux Toolkit for client state
React Hook Form with Zod for typed form validation
Storybook for component development and documentation
Testing Library and Vitest for component tests
Tailwind CSS or vanilla-extract for styling
Radix UI or React Aria for accessible primitives
Vite for local development and bundling outside a framework

Choosing a state management approach as the app grows

Most React projects start with local state and context and that is correct for the first several months. Problems show up when server data, form state and UI state all get managed the same way, because context re-renders everything under it and a growing app starts feeling sluggish for reasons that are hard to trace.

We split state by kind rather than by feature. Server data (anything that came from an API) goes through TanStack Query so caching, retries and background refetching are handled once instead of reinvented per screen. Client-only state that several components need, like a selected filter set or a modal stack, goes into a small Zustand store. Form state stays local to the form. This split is more work to set up than one global store, and it is the difference between an app that stays fast at 200 components and one that needs a rewrite at 50.

Server state through TanStack Query, not stored in Redux or context
Cross-cutting client state in a small dedicated store, scoped to what actually needs it
Form state kept local and validated with the same schema used on the server

Hiring and maintaining a React codebase over time

React has the deepest hiring pool of any frontend option, in every market we work in, which lowers risk on long projects: if a developer leaves, replacing them is rarely the bottleneck. The risk moves elsewhere, into codebase discipline. React does not enforce a folder structure, a state management approach or a testing strategy, so two React codebases built by different teams can look nothing alike.

We set conventions early: how components are organized, where side effects live, what gets a test versus a Storybook story, and how prop types and shared types are documented. A codebase with those conventions written down and enforced by linting stays maintainable as new developers rotate in. One without them accumulates inconsistency that slows every subsequent change, regardless of how skilled the individual developers are.

Services

Services that use React

Industries

Where we use it

FAQ

React FAQs

Should we build our product in React or in Next.js?

If you need routing, server rendering, image optimization or an API layer, start with Next.js: it is React plus the application scaffolding, so you are not rebuilding what a framework already gives you. Raw React makes sense when you are embedding an interactive widget into an existing site or app that already handles routing and rendering elsewhere.

Is React still worth choosing given how much the ecosystem changes?

The core API (components, hooks, the rendering model) has been stable since 2019, and React 19's additions extend it rather than replace it. What changes fastest is the surrounding tooling, which is why we standardize on a small, current set of libraries per project rather than chasing every new option.

Can an existing jQuery or legacy site adopt React gradually?

Yes. React components can mount into specific DOM nodes inside a server-rendered page, so a team can convert one page or one widget at a time rather than rewriting the whole application. We use this path often for sites that need to modernize without a launch-day cutover.

How do you handle SEO on a React application?

Plain client-rendered React ships an empty HTML shell that search engines have to execute JavaScript to read, which is slower and less reliable than server-rendered HTML. For anything that needs organic search traffic, we build it in Next.js so pages render on the server or at build time instead.

What does a typical React project team look like?

A senior engineer who owns architecture and code review, one or two mid-level engineers building features, and a designer feeding a shared component library rather than one-off mockups. Testing and Storybook setup are part of the initial sprint, not an afterthought added once the app is already large.

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