PHP Development

For most new web applications, Laravel gets you moving quickly without cutting corners: a clean structure, a strong ecosystem, and conventions that keep a growing codebase readable. We use it for products, portals and internal tools where speed of delivery matters and the domain is not unusually complex.

Where an application is large, long-lived or has demanding architectural needs, Symfony’s components and stricter structure pay off. It is the choice when a system will be maintained for years by a rotating team and needs to stay disciplined.

WordPress is PHP too, and a lot of “PHP development” in practice means writing a proper custom plugin or theme rather than piling on someone else’s. We treat WordPress code as real software: version-controlled, tested, and hardened, not a pile of snippets copied from a forum.

We follow PSR standards, use dependency management with Composer properly, and lean on static analysis to catch mistakes before they run. Code review is part of the process, not an optional extra, so what ships is code more than one person understands.

We write automated tests for the logic that would be expensive to get wrong: authentication, permissions, money, anything that changes data. That is what lets us change a working system later without holding our breath, and it is what a proper PHP developer delivers that a cheap one skips.

Releases are automated so they are repeatable and can be rolled back in minutes. The first time a change misbehaves in production, boring deployment is the difference between a two-minute fix and a bad afternoon.

Every query is parameterised, so user input never becomes SQL. Every piece of output is encoded for the context it lands in, so a comment field cannot inject a script. File uploads are validated by content, and stored where they cannot be executed. These habits are second nature to developers who work beside an offensive team.

An endpoint that returns a record checks that the record belongs to the person asking, not merely that they are logged in. That single discipline closes the IDOR bugs that quietly leak one user’s data to another, which is one of the most common serious findings in custom PHP applications.

When you need documented proof for a customer or an auditor, our offensive team can run a penetration test against the finished application and produce a report mapped to the OWASP Top 10, with an attestation letter. It is a separate, security-side engagement with its own quote, and the development work never obliges you to buy it.

We start by mapping what the code actually does and where the risks are, both security holes and the parts only one person ever understood. You get a prioritised plan rather than a vague promise to rewrite everything.

Moving to a current, supported PHP 8 release brings real performance and security gains, but it breaks code that relied on old behaviour. We do it in controlled steps with tests, so the application keeps running throughout instead of going dark for a risky big-bang cutover.

Where the code is worth keeping, we refactor it toward structure and tests rather than rewriting from scratch, which is usually cheaper and less risky than a full rebuild. Where it genuinely cannot be saved, we say so honestly and plan a rebuild that reuses what works.

The best PHP development environment is the one your whole team can reproduce exactly, so we build with containerised setups that pin the PHP version, extensions and services. A new developer is productive on day one rather than losing a week to configuration, and the code behaves the same everywhere it runs.

Most PHP performance problems are really database problems. We design schemas that fit the queries you actually run, add the indexes that matter, and profile the slow pages instead of guessing. A query that takes two seconds under load is usually a missing index, not a reason to buy a bigger server.

Where an application needs to go faster, we reach for the right cache before the bigger machine: query and object caching, HTTP caching, and a queue for the work that does not need to happen inside the request. That keeps hosting costs sane while the application grows.

You get the repository, the deployment setup and documentation, with code written to standards so another developer can maintain it. No proprietary layer, no lock-in, no dependence on a single person’s memory.

At launch you get architecture notes, an explanation of the integrations and deployment, and the maintenance points to watch. Your team can run it, or we can stay on under a clear arrangement.