React problems we solve every week

Recognize any of these?

Most React problems are not React problems — they are architecture problems. Uncontrolled re-renders, bloated bundles, no component strategy, and mixed state ownership compound quickly as the product grows.

01

The app re-renders everything on every state change

Components re-render more than they should, causing UI lag, sluggish interactions, and poor performance on lower-end devices.

02

The bundle is too large and slow to load

Every route loads the entire application at once because no code splitting or lazy loading strategy was ever put in place.

03

State management is unpredictable

Global state, local state, server state, and cached state are mixed together with no clear ownership, causing bugs that are hard to reproduce.

04

Components are not reusable

The same UI is duplicated in different parts of the app with slight variations, making consistent updates expensive and error-prone.

05

The codebase has no TypeScript

Prop types are guessed, API responses are typed as any, and refactoring breaks things silently because there is no type safety layer.

06

CMS content is hard to integrate cleanly

Headless CMS data is over-fetched, the types are wrong, and content updates cause unexpected rendering behaviour or stale data.

07

Core Web Vitals are failing

LCP, CLS, and INP scores are hurting SEO rankings and user experience, but the team is not sure where to look first.

08

Every new feature breaks something old

No test coverage, no component documentation, and no clear patterns mean every change carries risk and slows the team down.

React services built around real frontend bottlenecks

What we build with React

We use React where it makes the most sense: building fast interactive UIs, scalable component libraries, Next.js full-stack applications, CMS-driven sites, and internal dashboards.

02
Next.js

Next.js Full-Stack Application

For businesses that need SEO-friendly pages, server-side rendering, and a unified React codebase.

  • Next.js App Router with TypeScript
  • Server components and client components
  • API Routes and server actions
  • Static generation and incremental static regeneration (ISR)
  • Headless CMS integration (Payload, Sanity, Contentful)
Get Started →
03
Component Library

React Component Library & Design System

For teams that need consistent, reusable UI components across multiple products or teams.

  • Shared component library with TypeScript
  • Design token system (colours, spacing, typography)
  • Storybook documentation
  • Accessibility (WCAG 2.1) built in
  • npm package or monorepo export
Get Started →
04
Dashboards

React Admin Panels & Internal Dashboards

For businesses that need a practical internal React interface instead of managing operations in spreadsheets.

  • Data tables with filtering, sorting, and pagination
  • CRUD interfaces with role-based access
  • Charts and KPI displays (Recharts, Chart.js)
  • File upload and review flows
  • Audit logs and activity tracking
Get Started →
05
CMS

Headless CMS Integration with React

For businesses that need a content-editable website with React performance and full editorial control.

  • Payload CMS, Sanity, or Contentful integration
  • Custom content types and structured fields
  • Next.js ISR and static generation
  • Preview mode for editors
  • Webhook-triggered page rebuilds
Get Started →
06
Performance

React Performance Optimisation

For teams with slow React apps, failing Core Web Vitals, or a bloated bundle hurting UX and SEO rankings.

  • Bundle analysis and code splitting
  • React rendering profiling and memoisation
  • Image optimisation and lazy loading
  • Core Web Vitals (LCP, CLS, INP) improvement
  • Server component migration (Next.js App Router)
Get Started →
07
Reliability

React Codebase Audit, Refactor & Migration

For teams with a React codebase that has grown fragile, undocumented, or difficult to extend confidently.

  • Code review and architecture assessment
  • TypeScript migration from JavaScript
  • Component restructuring and design system extraction
  • State management refactor
  • Test coverage introduction (Vitest, React Testing Library)
Get Started →
08
Real-Time UI

React Real-Time UI Integration

For products that need live data, WebSocket-driven updates, presence indicators, or real-time collaboration features in the React UI.

  • WebSocket client integration with React
  • Live data subscriptions and optimistic updates
  • Presence indicators and activity feeds
  • Reconnect and retry logic
  • Stale state prevention and cache invalidation
Get Started →
Realistic React use cases

Start with the frontend problem your team
keeps running into.

The best React projects usually start with one clear pain point: a dashboard that is too slow to use, a component library that does not exist yet, a CMS that developers have to babysit, or a codebase that nobody wants to touch.

SaaS application dashboard

React app fetches live data via TanStack Query → components render filtered tables and KPI charts → role-based access controls visible data and actions.

React SPA
1

React app authenticates and loads user permissions

2

Dashboard components fetch data through TanStack Query

3

Data is cached and refreshed on a defined interval

4

Charts and tables render with optimised re-render boundaries

5

Role-based permissions control visible data and actions

Best for: SaaS companies, internal tools teams, operations-heavy businesses.
Why build with React?

Because React is the most battle-tested library for building fast,
scalable web UIs.

React is often the right choice when your business needs an interactive frontend that scales with product complexity, a component-driven architecture that teams can work on in parallel, and an ecosystem with long-term stability.

01

Component-driven by design

React's component model makes it natural to build reusable, testable UI pieces that teams can develop, document, and maintain independently.

02

Largest frontend ecosystem

React has the most mature ecosystem of UI libraries, state management tools, testing utilities, and developer tooling available for any frontend framework.

03

Excellent performance when built correctly

React 18 concurrent rendering, code splitting, lazy loading, memoisation, and server components give you fine-grained control over rendering performance.

04

Next.js extends React to the server

Next.js gives React apps server-side rendering, static generation, API routes, and server components — making it suitable for SEO-critical and full-stack use cases.

05

Easiest to hire for and hand over

React has the largest frontend developer community, making it easier to onboard new team members, find specialists, or transfer ownership of the codebase.

Why not just use a website builder or template?

Because some frontends need real architecture, not a
drag-and-drop workaround.

Website builders and page editors are useful for simple marketing pages. But when a product needs custom component logic, real-time UI, role-based access, complex state, or a design system shared across teams, React gives you full control.

What matters?Website BuilderFreelancerTricore React.js Development
Custom component logicNot supportedLimited by time and scopeBuilt exactly around your product rules
Page load performanceControlled by platformVaries by skill levelCode splitting, lazy loading, Core Web Vitals
State managementNot applicableOften ad hocClear server, client, and global state boundaries
Design systemTheme presets onlyRarely built properlyToken-based component library with Storybook
CMS integrationLocked to platform CMSBasic integration onlyHeadless CMS with preview, webhooks, ISR
TypeScript and type safetyNot availableOften skippedTypeScript by default across the codebase
MaintainabilityPlatform dependencyCan become messy without structureDocumented, structured, and testable components
Simple process, no technical confusion

What happens after you contact us?

You do not need to write a technical specification before reaching out. We help you define what to build, how the components and state should be structured, and what to prioritise first.

1

Discover

We review your product goals, current UI pain points, user flows, design system status, and the business problems the frontend needs to solve.

2

Architect

We define the React component structure, state management approach, routing strategy, data-fetching layer, and CMS integration points.

3

Build

We develop React components, pages, state management, API integration, CMS connection, and responsive layouts with TypeScript throughout.

4

Test

We run unit tests, component tests, accessibility checks, performance profiling, and cross-browser checks before launch.

5

Deploy

We set up hosting (Vercel, Netlify, or custom), CI/CD pipeline, environment config, and monitoring.

6

Improve

After launch, we monitor performance, fix issues, add components, improve Core Web Vitals, and extend the system as the product grows.

Example React outcomes

Real React systems that improved product performance and team confidence.

Replace these sample outcomes with your real client results, screenshots, demos, dashboards, or product recordings once available.

Performance

SaaS dashboard load time dropped by over half

A SaaS product's main dashboard was slow due to over-fetching and unbounded re-renders. We introduced TanStack Query, React.memo boundaries, and code splitting per route.

58%Faster initial load
40%Fewer renders per interaction
Component Library

Design system replaced duplicated UI across three products

A product team had the same components built differently in three codebases. We extracted a shared React component library with Storybook documentation and a token-based design system.

3 appsNow share one component library
60%Less UI code to maintain
CMS Integration

Content team stopped waiting on developers for page updates

A marketing team needed a developer deploy to update any page. We migrated to Next.js with Payload CMS, added preview mode and ISR webhook rebuilds, and gave editors full control.

0Dev deploys needed for content
2sAverage page rebuild via ISR
Questions before starting a React project

Before you book a call

Clear answers so you know what to expect before starting a ReactJS development project.

We build React SPAs, Next.js full-stack applications, component libraries, design systems, admin dashboards, CMS-driven websites, real-time UIs, and performance optimisation projects.
Yes, by default. We use TypeScript throughout all React projects to catch errors early, share types with the API layer, and produce a codebase that is safer to extend.
Yes. We build Next.js applications using the App Router with server components, server actions, API routes, static generation, ISR, and headless CMS integration.
Yes. We can audit, refactor, migrate to TypeScript, improve performance, add test coverage, or extend existing React applications and component libraries.
Performance optimisation projects can often be completed in 1–2 weeks. A React SPA or dashboard typically takes 3–6 weeks. Next.js full-stack applications or component libraries may take 4–10 weeks depending on scope.
We work with Payload CMS, Sanity, Contentful, Strapi, and other headless CMS platforms. We can help you choose the right CMS for your content model, editorial workflow, and Next.js architecture.
Yes. We can extract shared components from an existing codebase, establish a design token system, document components in Storybook, and export the library as a shared npm package.
Yes. We audit LCP, CLS, and INP issues, implement code splitting, lazy loading, image optimisation, memoisation, and server component migration to improve real-user performance metrics.
Yes. We set up hosting (Vercel, Netlify, or custom), GitHub Actions CI/CD pipelines, environment configuration, and monitoring as part of the delivery.
Yes. We document component structure, props, usage patterns, deployment steps, and known edge cases. Post-launch support, performance monitoring, and feature extensions are also available.
Free React project review

Let's turn your slow or fragile frontend into a reliable React application.

Book a free React project review. We'll look at your current UI, performance issues, component structure, and goals — then recommend the most practical approach to build or improve first.

No technical specification neededNo pressureClear frontend recommendationsResponse within 1 business day

Request a free React project review

We'll review your frontend goals and recommend the most practical React approach.

We will reply via email in under 12 hours with recommendations.