Connected architecture.
Next.js brings routing, layouts, rendering, data access, metadata and server capabilities into one connected application architecture, so the many decisions React leaves open are made in a consistent, well documented way.
NEXT.JS
We plan, design, develop and improve Next.js websites and web applications. From content rich websites and eCommerce experiences to portals and connected digital products, we shape the framework, data and user experience around what the organisation and itsĀ customersĀ need.
Scroll↓
In brief
We provide Next.js development services from Melbourne. We plan, design, develop and improve Next.js websites and web applications. From content rich websites and eCommerce experiences to portals and connected digital products, we shape the framework, data and user experience around what the organisation and its customers need.
The technology
Next.js provides a structured framework for building with React.
Next.js brings routing, layouts, rendering, data access, metadata and server capabilities into one connected application architecture, so the many decisions React leaves open are made in a consistent, well documented way.
The breadth of Next.js supports content platforms, eCommerce storefronts, customer portals and digital applications, with static, server rendered and streamed pages combined in one project as each section of the experience requires.
Rendering, caching, integrations, content management, accessibility and deployment still need to be designed around the requirement. Next.js provides the options, and the architecture decides which ones apply to each part of the experience.
What we do
A connected set of decisions, shaped around the work your Next.js stack needs to do.
We define the routes, layouts, content, application functions, data sources, integrations, hosting and release requirements before deciding how the solution should be assembled. The architecture establishes which work belongs on the server, which interactions require the browser and how the application will remain understandable as it evolves.
Different pages can have different content and data requirements. We can plan appropriate use of server rendering, static generation, streaming, revalidation and client interaction. The objective is to provide current content and useful functionality without sending unnecessary work to the browser.
We translate the approved user experience and visual design into reusable components, layouts and interaction patterns. A considered component system helps maintain consistency across pages, supports accessibility and makes future website changes easier to manage.
Next.js can connect with content management, commerce, product information, search and marketing platforms through their supported interfaces. We plan the complete journey between the front end and each connected service, including content previews, product data, search behaviour, error handling and the responsibilities of each system.
We can use Next.js to deliver customer accounts, forms, dashboards, calculators, directories, authenticated areas and other application functions. The implementation considers identity, permissions, data handling, validation and the operational process behind each feature.
Performance and search visibility are influenced by the complete implementation, not simply the choice of framework. We consider semantic content, metadata, structured data, image delivery, scripts, responsive behaviour, keyboard access, testing and measurement throughout the build.
Buyer context
Next.js has to suit the people, systems and operating conditions around it.
The right Next.js approach depends on the organisation, the systems involved and the work it needs to support.
Next.js can support responsive web experiences with flexible rendering and deployment options. The framework works best when its routing, content, data and performance choices are made around the needs of the product rather than defaults alone.
Takeover and improvement
We can assess and improve a Next.js application developed by another agency, an internal team or a previous supplier. We can review its router, React version, dependencies, component structure, rendering choices, data layer, integrations, caching, deployment process and known defects. From there, we can resolve defined issues or establish a staged improvement and upgrade plan.
Talk to us
Thirty minutes on the stack, the integrations and what it would take to build or improve.
Our approach
Where the application contains significant architectural uncertainty, critical integrations or undocumented custom functionality, a separately scoped formal Discovery engagement may be recommended before major changes begin.
Clarify the people, goals, existing systems and constraints shaping the work. We review any existing front end, the content and commerce systems it depends on, and the hosting and skills available, so the architecture starts from real constraints.
Turn the requirements into a practical architecture, integration plan and delivery sequence. Rendering strategy per section, data fetching, caching, content integration, design system and hosting are agreed and documented before development starts.
Test the parts that affect the experience, content and operational workflow before they become expensive to change. A working prototype of the most complex page or integration proves the approach and shows how Core Web Vitals and build times behave.
Develop the agreed work in reviewable stages, keeping decisions visible as the solution takes shape. Routes, components and integrations ship as reviewable increments through preview deployments, with automated tests and code review protecting quality.
Check the experience, integrations, accessibility, performance and release readiness together. Automated and manual testing cover real devices, rendering and caching behaviour, accessibility, Core Web Vitals and integration failure modes before launch.
Prepare the handover, monitor the launch and prioritise the next improvements. Documentation, deployment pipelines and monitoring are handed to your team or kept with ours, and performance and usage data guide what is optimised next.
Questions
Next.js is a React framework for building websites and web applications. It provides established approaches for routing, rendering, data access, metadata and server functionality so those concerns can be managed within one application structure.
React is a library for building user interfaces from components. Next.js uses React and adds a broader application framework around it, including routing, rendering and server capabilities. A React interface does not automatically need Next.js, so the choice should follow the project requirements.
It can be. Next.js can provide a tailored front end connected to a content or commerce platform through supported interfaces. The suitability depends on the publishing model, catalogue, customer journeys, integrations, internal capability and ongoing operating requirements.
No. Next.js provides useful rendering, metadata and asset delivery capabilities, but results depend on how the application is designed, developed, integrated, hosted and maintained. Content quality and search strategy also remain important.
Next.js can connect with systems that provide suitable interfaces, including content, commerce, search, customer and operational platforms. Each integration should define data ownership, authentication, validation, failure handling and ongoing support responsibilities.
Yes. We begin by assessing the current application and its technical environment. We can then address defined issues, plan upgrades, improve the user experience or recommend a larger modernisation pathway where necessary.
Start a conversation
The right framework is only one part of a successful digital experience. We can help connect the customer journey, content, application functions, systems and technical delivery within a considered Next.js solution.
Book a meeting