What This Is
React development is building user interfaces using the React library: the frontend technology we use across every product and client project. React powers our web applications, our mobile apps (via React Native), and our desktop applications (via Electron). This page is for clients who come to us specifically because they need React expertise, whether for a new build or to work on an existing React codebase.
React is our universal interface layer. The same component patterns, state management approaches, and design system that power our web dashboard also power Beacon Pulse (mobile) and Beacon Workbench (desktop). This cross-platform fluency means we build consistent experiences regardless of where the interface runs. It also informs our Laravel development work, since the two sides of the stack are designed together.
This is a technology specialism page. The project itself might be a web application, a mobile app, a desktop application, or a frontend rebuild of an existing system. The constant is React as the interface technology.
When You Need This
React development is the right service when:
- You need an interactive, data-driven interface: not a content website, but an application where users create, edit, filter, sort, and interact with data in real time
- Your application has complex state across multiple data sources, with real-time updates, optimistic UI, and components that need to stay synchronised
- You want a single-page application that feels fast and responsive, without full page reloads for every action
- You have an existing React application that needs new features, performance improvements, or a team to take over development
- You need cross-platform delivery across web, mobile, and desktop, from a team that works in the React ecosystem on all three
This is not the right service for content-heavy websites where the interface is primarily reading, not interacting. A server-rendered approach or a CMS like WordPress is more appropriate and less expensive for content delivery.
How We Work
React projects in our team benefit from deep framework familiarity. We have been building React interfaces since the transition from class components to hooks, and our patterns have matured through real production use across multiple products.
Component architecture is designed upfront. We plan the component tree before writing code: identifying shared components, data flow patterns, and state boundaries. This prevents the most common React codebase problem, which is components that are too large, too tightly coupled, and impossible to reuse.
State management is chosen for the use case. We use React’s built-in state and context for most applications. We introduce external state management only when the complexity genuinely demands it. Our own platform uses context providers for global state (user session, real-time connections, payment modals) and local state for everything else. Overengineering state management is one of the most common mistakes in React projects.
We build design systems, not one-off screens. Every React project produces a component library: buttons, forms, data tables, modals, navigation. It is consistent across the application and extensible for future features. We use Tailwind CSS for styling and shadcn/ui patterns for component structure, following the same design system we use internally. Our UI/UX design work underpins this.
What You Get
- A React application with clean component architecture, consistent styling, and proper separation of concerns
- Responsive design that works across desktop, tablet, and mobile breakpoints
- Real-time data via WebSocket or Pusher integration, with live updates without polling
- API integration with your Laravel backend or any RESTful API, including authentication, data fetching, error handling, and loading states
- Accessibility built into components: keyboard navigation, ARIA attributes, and screen reader support
- Performance optimisation covering code splitting, lazy loading, memoisation, and efficient re-rendering
- A component library that serves as the foundation for future feature development
Technologies We Use
- React 18 for the interface layer: function components, hooks, and concurrent features
- React Router for client-side routing in single-page applications
- Tailwind CSS for utility-first styling with design token consistency
- shadcn/ui component patterns for common UI elements
- Lucide React for iconography
- React Native for mobile (iOS/Android) and Electron for desktop (Windows/macOS/Linux)
- Vite for build tooling: fast development server and optimised production builds
Related Systems
React is the frontend for every system we build. Whether the system is a client portal, a reporting dashboard, or a query management interface, the React frontend is what users interact with. The quality of the interface directly affects whether a well-built backend delivers its value.
Talk to Us About Your React Project
Whether you need a new React interface built, an existing one improved, or a frontend team to take over a React codebase, get in touch and we will assess the project. The services overview covers the full stack context if you want to understand how the frontend work fits in.
Where React Earns Its Place
Interfaces people work in rather than read: dashboards, portals, planners, anything with state that should persist while somebody moves around.
The value is that the screen updates without reloading, so an application feels immediate rather than like a series of page loads. For somebody spending an hour in a system, that is the difference between a tool they tolerate and one they like.
It also brings components, which is where the commercial benefit sits: build a table once, use it everywhere, fix it once. Interfaces assembled from shared parts stay coherent as they grow and cost far less to change.
When A Page Reload Is Genuinely Fine
Worth saying, because React gets applied where it adds cost and nothing else.
A brochure site does not need it. A form somebody fills in once does not need it. Content that should be found in search is actively harmed by it, because pages assembled in the browser are seen less reliably and less often by crawlers, and a first-time visitor waits for code to load before seeing anything.
The split that works: public pages rendered on the server so they are fast and findable, application screens behind the login built in React. Applying one approach everywhere is where the expensive mistakes happen in both directions.
What Moves The Price
How many distinct screens, and how much they share. A design built from reusable elements is dramatically cheaper to implement than one where every screen is drawn separately.
Data density. Tables with sorting, filtering, inline editing and pagination are more work than they look, and they are what business applications are mostly made of.
Whether it must work well on mobile, which is a design constraint rather than a scaling exercise.
Real-time requirements. Live updates across users add infrastructure.
Accessibility requirements, which are easier designed in than retrofitted.
Where React Projects Go Wrong
Components that exist but are not reused. A shared library alongside a codebase full of near-duplicates: the maintenance overhead with none of the benefit. The symptom is visible to you, as similar things behaving slightly differently in different places.
State scattered everywhere. The most common cause of bugs where the screen shows something the data does not.
Applying it to public pages and losing search visibility.
Design handed over as screens rather than a system. Individually drawn screens produce individually built screens and consistency drifts immediately.
Questions To Ask Whoever Builds It
- Is there a shared component set, and is it actually used? Both halves.
- If we changed our brand colours, how long? Hours in a good build, weeks in a duplicated one.
- Which pages are public, and are those server-rendered?
- How does this behave on a phone?
- What happens if the JavaScript fails to load? For anything public, there should be an answer.
A Brief You Can Send Anyone
What the interface is for: [the work people do in it]
Who uses it: [and how often; frequent users justify more]
The main screens: [three or four, described]
Data volumes on screen: [ten rows or ten thousand]
Public or behind a login: [per area]
Devices: [desktop, tablet, phone, and where]
Design status: [none, screens, or a system]
How We Build It
React for the application, server-rendered for anything public, a small shared component set used everywhere rather than admired from a distance, and a single place where the design values live so a change is one change.
Where the interface is the whole product, web application development covers the wider build. Get in touch with what people need to do on screen.
