Enterprise Web Applications Powered by React & Next.js
Server-side rendering, edge deployment and TypeScript-first development for products that need to perform at scale.
What does React & Next.js involve?
React and Next.js development is the building of enterprise web applications on the React framework with Next.js, combining server-side rendering, static generation and client-side interactivity in a single TypeScript codebase that performs at scale.
React and Next.js have become the dominant platform for enterprise web applications — and for good reason. The combination of server-side rendering, static generation and client-side interactivity gives organisations the flexibility to build anything from marketing sites to complex SaaS dashboards without changing their technology foundation. We've shipped dozens of production React and Next.js applications for enterprise clients across financial services, healthcare, logistics and government.
Our approach is TypeScript-first, test-driven and performance-obsessed. We architect for the long term: component libraries with Storybook, design system integration, feature-flagging, A/B testing hooks and analytics pipelines baked in from the start. The result is a codebase your team can own, extend and iterate on long after we hand it over.
All Webbed Labs is the enterprise AI and software development arm of All Webbed Up, a Sydney based agency building autonomous systems for Australian businesses.
Why choose All Webbed Labs for React & Next.js?
Server-Side Performance
SSR and SSG deliver sub-second page loads even on constrained connections. Critical for enterprise portals where users have high expectations and zero patience.
TypeScript Strictness
Every project uses TypeScript in strict mode. Compile-time type safety catches errors before they reach production and makes refactoring safe at scale.
Edge Deployment Ready
Next.js Middleware and edge runtime support puts your application logic closer to users globally. Deploy to Vercel, Cloudflare Workers or your own infrastructure.
Component Design Systems
Reusable component libraries with Storybook documentation, accessibility testing and visual regression coverage. Build once, use everywhere.
Test Coverage From Day One
Unit tests with Vitest, integration tests with Testing Library, E2E with Playwright. CI pipeline blocks deploys that break tests.
Analytics & Observability
Core Web Vitals monitoring, error tracking with Sentry, analytics with Plausible or GA4 and custom business metrics dashboards built in.
Demo Video
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How do Australian businesses use React & Next.js?
What technologies does All Webbed Labs use for React & Next.js?
What does the React & Next.js process look like?
Technical Discovery
Audit existing systems, define integration points, select the right Next.js rendering strategy (SSR, SSG, ISR or App Router) for each route and establish the component architecture.
Design System Foundation
Establish the component library, token system and Storybook documentation before writing a single application component. This prevents duplication and design drift.
Core Application Build
Iterative two-week sprints shipping working features to a staging environment. Daily builds via CI/CD. TypeScript errors and failing tests block deployment.
Performance Optimisation
Lighthouse auditing, bundle analysis, lazy loading strategy, image optimisation and Web Vitals tuning. We target Core Web Vitals scores in the green across all routes.
QA & Accessibility
Manual testing across browsers and devices, automated accessibility scanning with axe-core, keyboard navigation testing and screen reader validation.
Production Deployment
Zero-downtime deployment with staged rollout, monitoring setup and a post-launch hypercare period. Full runbook documentation included.
Who is React & Next.js for?
Is React & Next.js the right solution for you?
When React & Next.js is the right fit
- You are building application software — authentication, complex state, real-time data and business logic — not a primarily content-driven brochure site.
- Performance matters: you need server-side rendering or static generation for fast page loads and strong SEO across many routes.
- You want a documented component library your own developers can confidently extend and own after handover.
- You expect high or spiky traffic and need a rendering and caching strategy that holds latency flat under load.
- You are standardising a frontend technology your team can hire for and maintain over years.
When it is not the right fit
- Your site is mostly marketing content with occasional updates — a CMS like WordPress or a builder like Webflow is cheaper and faster.
- You need a native mobile app as the primary product; reach for Flutter or React Native rather than a web framework.
- A simple static landing page with no application logic does not justify the overhead of a Next.js build pipeline.
- Your team has deep expertise in another mature framework (e.g. Angular, Vue) and no business reason to switch.
- You require a heavy desktop application with offline-first OS integration better served by a native or Electron approach.
How much does React & Next.js cost?
Indicative ranges in AUD to help you budget. Every engagement is scoped individually — book a discovery call for a fixed quote tailored to your requirements.
A focused React or Next.js application or product frontend with a defined component set, design system foundation and a single backend integration.
A multi-route application with authentication, complex state, several API integrations, full test coverage and performance optimisation across all routes.
A large multi-team frontend platform with a shared design system, edge deployment, advanced caching strategy and ongoing iteration alongside your engineers.
React & Next.js: a quick glossary
- Server-side rendering (SSR)
- Generating a page's HTML on the server for each request, so users and search engines receive fully formed content immediately rather than waiting for the browser to build it.
- Static site generation (SSG)
- Building pages into static HTML at deploy time, so they are served instantly from a CDN with no per-request computation — ideal for content that changes infrequently.
- Incremental static regeneration (ISR)
- A Next.js feature that regenerates individual static pages in the background after deployment, combining the speed of static pages with the freshness of dynamic ones.
- App Router
- The current Next.js routing model built around React Server Components, offering a more capable data-fetching and caching approach than the older Pages Router.
- Edge deployment
- Running application code in data centres physically close to users worldwide, reducing the round-trip time for requests and improving perceived speed.
- Core Web Vitals
- Google's measurable thresholds for loading speed, interactivity and visual stability that affect both user experience and search ranking.
Common questions about React & Next.js
For new projects we recommend the App Router (introduced in Next.js 13+) for its superior data-fetching model, React Server Components support and improved caching. For existing Pages Router codebases, migration is possible but should be planned carefully. We assess your specific situation and recommend accordingly — there's no single right answer.
We implement authentication using NextAuth.js (Auth.js) for most projects, with support for SAML/SSO, OAuth, OIDC and session-based auth. For enterprise SAML integrations with providers like Okta, Azure AD or Google Workspace, we have deep experience and standard implementations ready. All auth flows go through server-side validation.
Absolutely. Next.js deployed on Vercel or AWS handles tens of millions of requests per day. With the right caching strategy — ISR for relatively static content, SSR for personalised data, CDN edge caching for assets — a well-architected Next.js application can handle virtually any traffic load. We've built platforms serving 100,000+ daily active users.
Site builders like Webflow or WordPress work well for primarily content-driven sites. What we build is application software — complex state management, real-time data, user authentication, business logic and deep API integrations. These requirements cannot be handled adequately by site builders and require proper engineering.
Yes, always. We build a documented Storybook component library as part of every project, with usage examples, prop documentation and visual regression tests. Your developers can extend it confidently because they understand every component. This is one of our standard deliverables, not an optional add-on.
We use Zustand for most new projects due to its minimal boilerplate and excellent TypeScript support. For projects with complex server-state synchronisation, we pair it with React Query or SWR. We avoid Redux for new projects unless the team already has deep expertise, as Zustand covers 95% of use cases with significantly less complexity.