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Website Development

Modern Websites & Web Applications

Still fast and still editable twelve months later: a data model somebody designed rather than grew, typed code above it, and an interface that holds at phone width.

Capabilities

Eight Kinds of Web Build

A small company site and a platform with its own API are one job at two scales. Both begin at the data and work outward.

  • Business & Corporate Websites

    Often the first thing anyone sees of a company. Correct markup, keyboard-operable menus, and a structure your own staff can edit without booking developer time to change a line.

  • Custom Web Applications

    One tool, one job, done in a browser. Records, forms, permissions and reports shaped around how the work genuinely runs — exceptions and all, and the exceptions always show up around week three.

  • SaaS Frontends

    Sign-up, onboarding, plan and account management, and views restricted to what a role may see. Built as a typed component library, so screen ten costs a fraction of screen one.

  • Admin Panels & Dashboards

    Opened first thing and left open all day. Search that finds things, filters that survive a refresh, bulk actions, an audit trail, and charts that answer a question.

  • API-Driven Platforms

    For systems where a website is merely one of the clients. Versioned REST endpoints, payloads checked at the boundary, failures that behave predictably, and documentation an external developer can build against alone.

  • E-commerce Solutions

    Catalogue, cart, checkout and order handling, with payment and shipping behind their own interfaces. Stock, price and tax rules kept in one place — two copies is how a shop starts selling at the wrong price.

  • Backend Development

    Application servers, business rules, authentication, scheduled jobs. Schemas get indexes and a migration path in week one, so a thousand rows becoming a million is planned rather than survived.

  • Maintenance & Support

    Dependency updates, corrections, small additions, and somebody watching production. Same version control and review as during the build — maintenance is not permission to edit a live server.

Engineering standards

Four Decisions That Outlast Launch

Going live is the simple part. Four choices determine whether the thing is still fast, still safe and still worth editing a year on.

Responsive Development

Narrow screen first, then outward. A phone gets a layout meant for a phone rather than a desktop grid creased until it fits. Every build is rechecked across the same set of widths, not eyeballed once the week before launch.

  • Checked at 320, 375, 430, 768, 1024, 1280 and 1440 pixels and up
  • Type and spacing scale fluidly rather than jumping at breakpoints
  • Tap targets sized for thumbs, not cursors
  • Wide tables and rails scroll within themselves; the page never does

Performance

Speed is a budget, not a cleanup task. What the browser downloads and how long a visitor waits are both tracked, and held flat as features pile on — which is precisely when sites normally get slower.

  • Small payload: code splitting, modern image formats, fonts loaded on purpose
  • Rendering chosen per page, from static output through to server rendering
  • Caching rules stated explicitly, at the edge and in the browser
  • Core Web Vitals watched during development and treated as bugs when they slip

Security-Conscious Architecture

Input validated, sessions handled properly, access cut to what a role needs, dependencies current, HTTPS and sensible headers. None of this is clever. What matters is applying it everywhere by default rather than wherever somebody remembered.

  • Server-side validation at every boundary, never the browser alone
  • Authentication and sessions built on established libraries, not improvised
  • Least privilege for databases, storage and third-party services
  • Dependencies tracked and patched; secrets never committed
  • HTTPS throughout, security headers set at the edge

Maintainable Code

A product spends most of its life being edited by somebody who did not write it. That person is who we build for, so a change takes an afternoon and its effects are visible before it ships.

  • TypeScript throughout, so an interface change fails at compile time
  • Screens assembled from shared components, not restyled one by one
  • Git from the first commit, reviewed changes, a history worth reading
  • Setup, environment and deployment documented, with a handover you can actually run from

Stack

What Web Builds Need

Chosen against the requirement, the shape of the data, and whoever maintains it afterwards.

Frontend

  • Next.js
  • React
  • TypeScript

Backend & data

  • Node.js
  • Laravel
  • MySQL
  • PostgreSQL
  • Firebase

Cloud

  • AWS
  • Google Cloud

Process

Requirement to Launch

Four stages, brochure site or platform with an admin panel behind it, each ending in something you can open and assess.

  1. 01

    Specify

    Conversations with whoever does the work now, turned into a written description of what gets built and what does not. You approve it before anything else begins.

  2. 02

    Design

    Screens, data model and structure decided before code. Then the whole thing is cut into milestones small enough to be either done or not done.

  3. 03

    Build and Test

    Delivered in reviewable increments. Each one is checked on the normal path, on bad input, on a slow connection and on hardware several years old.

  4. 04

    Ship and Support

    Released, with the repository, the accounts and the notes that explain the decisions. We remain available for fixes, releases and the next piece of work.

Get started

Website or Web Tool to Build?

What it does, who uses it, what it connects to. Questions first, plan second.