Data-heavy dashboards
Screens with filters, tables, charts and live updates where many parts of the page react to the same data.
Technologies · React
React development for interfaces your team can keep building on
Most React projects don't fail on day one. They slow down in year two, when state is tangled and every change breaks something. We build React front-ends structured for that second year.
What is React?
React development services cover designing, building and maintaining user interfaces with React, the open-source JavaScript library created at Meta for composing interfaces from reusable components. Each component describes what the screen should look like for a given state, and React updates the page efficiently when that state changes. React itself handles only the view layer, so a production app also needs choices about routing, data fetching, forms, styling and testing. Those choices are most of the work.
Where React earns its place
Logged-in products
SaaS applications, admin panels and customer portals where interactivity matters more than first-visit page weight.
Shared component libraries
One set of buttons, forms and layouts reused across several products or teams, documented in a living catalogue.
Web and mobile from one team
When a React Native app is planned, sharing language, patterns and some logic with the web front-end reduces context switching.
When we recommend something else
- A content or marketing site where search traffic is the goal — use Next.js (which is React) or a CMS so pages ship as finished HTML.
- A few interactive widgets on an otherwise static page — plain JavaScript or a small library keeps the page lighter.
- Internal screens that Odoo or another ERP already provides — extending the existing UI is usually cheaper than rebuilding it.
- A team already fluent in Vue or Angular with a working codebase — switching frameworks rarely pays for itself.
React work we take on
SaaS application front-ends
Multi-step workflows, role-based screens and settings areas on top of a REST or GraphQL API.
Operational dashboards
Real-time views of orders, stock, tickets or production data with export, filtering and drill-down.
Design-system component libraries
Typed, accessible components with Storybook documentation, versioned for reuse across apps.
Legacy front-end rewrites
Incremental migration of jQuery, AngularJS or class-component React code to modern function components and hooks.
How we structure a React codebase
L1
Routes and screens
Each URL maps to a screen component; code is split per route so users only download what they open.
L2
Feature components
Business logic grouped by feature (orders, billing, users) rather than by file type, so a change stays in one folder.
L3
Shared UI kit
Presentational, accessible components with no business logic, styled from design tokens and covered by visual tests.
L4
Server state and client state
API data cached and revalidated with a query library; only genuinely local UI state lives in component or store state.
L5
Typed API layer
One module talks to the backend, with TypeScript types and runtime validation at the boundary so bad data fails loudly.
Ecosystem we work with
- TypeScript
- Vite
- Next.js
- React Router
- TanStack Query
- Zustand
- React Hook Form
- Zod
- Storybook
- Vitest
- Testing Library
- Playwright
Quick to use, safe to change
Fewer unnecessary re-renders
State is kept close to where it's used and measured with the React Profiler; the React Compiler or manual memoization is applied only where it helps.
Smaller bundles
Route-level code splitting, lazy-loaded heavy widgets and dependency audits keep the JavaScript users download in check.
Accessible components
Keyboard support, focus management and ARIA are built into shared components once, so every screen inherits them.
Changes you can trust
Type checking, component tests and end-to-end tests on critical flows run in CI before any merge.
React, Vue or Angular?
| Criterion | React | Vue | Angular |
|---|---|---|---|
| What it is | UI library; you choose the surrounding tools | Progressive framework with official router and state | Full framework with routing, forms, DI and HTTP built in |
| Flexibility | Very high — and so is the number of decisions | High, with sensible official defaults | Lower; conventions are prescribed |
| Hiring pool | Largest of the three | Smaller, strong in some regions | Common in enterprise teams |
| Server rendering | Through Next.js or React Router framework mode | Through Nuxt | Angular SSR built in |
| Good fit | Products that need a custom stack or share code with React Native | Teams wanting a gentle learning curve | Large teams that value enforced structure |
Related services, technologies and industries
Sources and further reading
Official documentation and guidance if you want to read more about this topic.
React questions
What is React used for?
React is used to build interactive user interfaces for the web: dashboards, SaaS products, admin panels, customer portals and the interactive parts of websites. With React Native, the same component model is used for iOS and Android apps.
Should a new React project use Next.js?
Often, yes, if the project has public pages that need to rank in search or load fast on first visit. For an app that sits entirely behind a login, a client-side React app built with Vite can be simpler to host and reason about. The React team itself now recommends starting with a framework for most new apps.
Can you take over an existing React codebase?
Yes. We start with a review of structure, dependencies, state management, test coverage and bundle size, then agree on a plan that fixes the riskiest problems first while features keep shipping.
Is it worth upgrading to React 19?
Usually, but it should be planned rather than rushed. React 19 adds Actions, new hooks for forms and optimistic updates, and stable Server Components support in frameworks; the upgrade effort depends mostly on how many third-party libraries in your project rely on older APIs.
Do you write React in TypeScript?
Yes, by default. TypeScript catches a large class of mistakes before they reach users and makes components self-documenting, which matters most when several developers work on the same codebase over time.
Next step
Planning a React build or inherited one that's slowing down?
Share what the interface needs to do or what's going wrong with the current one. We'll give you a straight assessment of the work involved.