Laravel Development in Australia: New Builds, Takeovers and Staged Upgrades

How a Laravel engagement actually starts

Most Laravel work falls into one of three shapes: a new build, a takeover of an application someone else wrote, and a staged upgrade of an old version. The question that decides which conversation you're having isn't the brief, it's whether code already exists and who currently maintains it.

A new build starts from a written scope of what the application does and what "done" looks like for each stage, then moves through custom web application development in testable increments. A takeover is different work: before a single feature lands, the first stage is reading the existing codebase, running or writing a test suite against it, and checking which composer packages are still receiving security updates. Teams that skip this step often discover halfway through that a core dependency was abandoned two major versions back, and the "quick change" the client asked for depends on it.

What the shape of a Laravel engagement looks like in practice

National Digital rebuilt the MyStrengths assessment platform on Laravel with a Vue front end (case study) That kind of rebuild often follows a takeover where the audit shows the existing code is past the point a staged upgrade can fix. National Digital built the Gratofy marketplace as a Laravel API with a Nuxt front end (case study) That shape, by contrast, is a new build where the API and the storefront were designed together from the outset rather than bolted on later.

Laravel earns its place in this mix because the ecosystem, Eloquent, queues, scheduled jobs, first-party packages for auth and payments, covers most of what a trading business needs without reaching for a heavier framework. The choice over a lighter PHP framework or a JavaScript backend usually comes down to how much a team values batteries-included convention over configuration freedom; for a business whose real risk is losing institutional knowledge of a bespoke system, that convention is worth more than flexibility it will rarely use. Where the front end needs richer client-side interaction than server-rendered templates comfortably support, pairing Laravel's API with a separate modern web framework on the front end, as both builds above did, keeps each layer doing the job it's good at.

Upgrading an old Laravel application

The engagement that gets underestimated most often is the staged upgrade. A Laravel application built five or six years ago is often still working fine for users, which is exactly why nobody has pushed to touch it, until a hosting renewal, a payment gateway deprecation or a security review forces the question. The honest path moves one major Laravel version at a time, with the automated test suite run after each step, rather than jumping straight to the current release and debugging everything that broke in one pass. National Digital delivers in stages, each tested and deployed before the next begins (published policy)

Teams tempted to let an AI coding assistant churn through the upgrade unattended should treat any time estimate with suspicion: a 2025 preprint found that experienced open-source developers took 19 per cent longer to finish tasks when allowed early-2025 AI tools, yet afterwards estimated that the tools had saved them 20 per cent (Becker et al., 2025), even though the developers using the tools still believed afterwards that they had been faster. An old Laravel codebase, full of context no model has seen before, sits closer to the conditions that preprint tested than a small greenfield script does.

Why the delay carries more than a technical cost

Applications in this state are also usually still holding customer data nobody has revisited the handling of since it was first written. If a breach happens because a dependency went unpatched, the business still works through the same process as one running a newer stack: 30 days (Office of the Australian Information Commissioner, 2024) to work out whether it's notifiable. That timeline doesn't move for software age, which is why orphaned legacy applications still holding customer data carry real regulatory exposure, not just a maintenance headache. Getting ahead of it means building security by design into the upgrade plan, not waiting for an incident to force a review.

Support after the upgrade lands

Once an application is current, support shifts from project work into Product Support: a standing arrangement covering framework and package updates, monitoring, and the backlog of small fixes that never justify their own project but add up if left alone. Every change National Digital makes to a live system goes through version control with mandatory peer review and automated testing, which leaves a complete and attributable record of who changed what and when (case study)