Web Development

The right framework depends less on what's trendy and more on what your product actually needs. React paired with Next.js gives you flexibility, a huge ecosystem, and rendering options — server-side, static, or hybrid — that let you optimise each page for speed and search visibility on its own terms. It's our default recommendation for marketing sites, SaaS dashboards, and anything where time-to-market and iteration speed matter.

Angular takes a more opinionated, batteries-included approach. It enforces structure through its module system and dependency injection, which pays off on larger teams and long-lived enterprise applications where consistency across dozens of contributors matters more than flexibility. We've shipped production Angular apps for regulated industries where that structure is a feature, not a limitation.

We don't default to one stack because it's what we know best — we ask what your team will maintain in two years, how many engineers will touch the codebase, and what your users actually experience, then recommend accordingly.

Page speed isn't one metric — it's the sum of dozens of small decisions. Server response time, image formats and sizing, JavaScript bundle size, render-blocking resources, font loading strategy, and how much work the browser has to do before a user can actually interact with the page. Core Web Vitals — Largest Contentful Paint, Interaction to Next Paint, and Cumulative Layout Shift — are Google's attempt to measure that experience objectively, and they factor directly into search rankings.

We treat performance as a design constraint from day one rather than a cleanup pass at the end. That means choosing static generation or edge rendering where it makes sense, lazy-loading anything below the fold, shipping only the JavaScript a page actually needs, and testing on real mid-range devices — not just a developer's fast laptop on fibre broadband.

A website that looks good in a demo but can't survive a traffic spike, a new feature, or a second developer joining the team isn't actually done. We write code with the assumption that someone other than us will need to read, extend, and debug it — clear component boundaries, sensible naming, documented edge cases, and tests around the logic that's easy to get subtly wrong.

That discipline shows up later as lower maintenance cost, faster onboarding for new engineers, and fewer 2am incidents. It's a slower way to build in the first week and a much faster way to build over the following two years.

Good SEO isn't a plugin you install after launch — a meaningful chunk of it is architectural. Server-rendered or statically generated pages that crawlers can read immediately, semantic HTML that communicates structure rather than just visuals, clean URL patterns, correct canonical tags to avoid duplicate-content penalties, and structured data that helps search engines understand exactly what a page is about.

We build all of that in as part of standard delivery — not as a separate line item — because retrofitting it into a poorly structured site later is far more expensive than doing it right from the first commit.