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An AI assistant is planned. Until it is genuinely useful we would rather point you at the page that actually answers your question.
A web application is software your users reach through a browser rather than an install. The distinction that matters commercially is not the technology but the update path: you ship a fix once and every user has it, with no store review and no version fragmentation.
That covers a wide range — an internal tool replacing spreadsheets, a customer portal attached to an existing system, a full SaaS product with billing and multi-tenancy. What they share is that the browser is the delivery mechanism and the real complexity sits in data, permissions and state.
Most businesses reach a point where the off-the-shelf tool no longer fits the process, and the workarounds start costing more than the licence. A web application is how you stop bending your operations around someone else's product.
There is also a distribution argument. A web application is linkable, indexable and shareable. If discovery matters to your business, pages that render on the server can rank; an application that renders entirely in the browser generally cannot compete for the same queries.
Our approach
We start with the data model, not the screens. Most expensive rewrites trace back to a schema that could not represent something the business needed later — a second currency, a second organisation, a record that needed history. Getting that shape right early is cheap; changing it after launch is not.
Rendering strategy is decided per route rather than per project. A marketing page should be static. A dashboard behind a login has no SEO value and can render on the client. A product listing needs fresh data and indexable HTML, so it renders on the server. Choosing one strategy for an entire application is what produces either slow pages or unindexable ones.
Performance is a budget agreed at the start, not a clean-up task at the end. We set targets for Largest Contentful Paint and Interaction to Next Paint, measure them in CI, and treat a regression as a failing build.
Capabilities
Next.js App Router with server components by default, so the browser downloads markup rather than a framework that then fetches data.
A typed component library with documented tokens, so the twentieth screen costs less to build than the fifth.
Sessions, roles and row-level access enforced on the server. Client-side checks are treated as convenience, never as security.
Payments, CRMs, ERPs and internal APIs, with retries, idempotency and a clear story for what happens when the other side is down.
Live updates, presence and collaborative editing over WebSockets where the interaction genuinely needs them.
Keyboard operation, correct semantics and contrast checked during development rather than audited after launch.
Stack
Process
Entities, relationships and access rules on paper before any interface work. This is where we find the requirements nobody mentioned.
Route structure, rendering strategy per route, and the component inventory the design needs.
One complete feature built end to end — schema through UI — to validate the architecture before it is repeated thirty times.
Two-week iterations against a shared board, each ending with something deployed you can open and use.
Load testing, accessibility audit, security review, error handling for the paths users hit when things go wrong.
Staged rollout with monitoring configured beforehand, and a rollback that has actually been tested.
Use cases
Replacing a spreadsheet-and-email process with a system that enforces the rules, keeps an audit trail and does not break when two people edit at once.
Giving customers self-service access to their own data — orders, invoices, tickets, usage — which removes load from your support team.
Multi-tenant applications with subscription billing, onboarding, usage limits and an administrative back office.
Two-sided platforms where listings must be indexable, search must be fast, and payments must split correctly between parties.
Choosing an approach
Most performance and SEO problems in web applications come from applying one rendering strategy everywhere. These are the trade-offs we weigh per route.
| Strategy | Best for | Trade-off |
|---|---|---|
| Static | Marketing pages, documentation, blog posts | Content is fixed at build time; frequent updates need rebuilds or revalidation |
| Server-rendered | Product listings, search results, anything needing fresh indexable content | Every request costs server time; needs caching to stay economical |
| Client-rendered | Dashboards and editors behind authentication | No SEO value, and the first paint waits on JavaScript |
| Incremental | Large catalogues that change on a predictable cadence | Content can briefly serve stale until revalidation runs |
Outcomes
FAQ
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