Expert PHP
Development

Technology Stack in Depth

Laravel is our default framework for new PHP builds because of Eloquent's expressiveness, Artisan's code generation, and the sheer breadth of first-party packages covering authentication, queues, and file storage without reaching for third-party glue code. Symfony remains our choice when a client needs a more explicitly component-based architecture — its console component, dependency injection container, and stricter conventions suit larger engineering teams that want more structure enforced by the framework itself. Yii 1.1 shows up almost exclusively in our maintenance work, keeping older applications stable and secure rather than as a starting point for anything new.

On the data layer, MySQL and PostgreSQL both see regular use — MySQL for straightforward transactional workloads where the team already knows it well, PostgreSQL when a project needs its richer indexing options, JSON column support, or stricter data integrity guarantees. Composer manages dependencies across every project, and we run PHP 8.x exclusively for new work to take advantage of the performance gains and type-system improvements — union types, readonly properties, enums — that later PHP versions introduced over the PHP 5 and 7 era many legacy codebases are still stuck on.

Performance Optimization Techniques

OPcache is a baseline requirement on every PHP deployment we run, since leaving PHP's bytecode cache disabled is one of the most common and easily avoidable performance mistakes we find in codebases we inherit. Beyond that, we profile with tools like Laravel Telescope or Blackfire to find actual bottlenecks rather than guessing, and the recurring culprits are almost always N+1 Eloquent queries and missing database indexes rather than anything exotic. On the response side, eager loading relationships, caching computed views, and serving static assets through a CDN typically account for the bulk of the performance improvement on a site we're asked to speed up.

Maintenance & Long-Term Support

PHP applications left unpatched accumulate both security exposure and upgrade debt, and the gap between running PHP 7 and PHP 8 gets more expensive to close the longer it's left. Our maintenance retainers keep the PHP version, Laravel or Symfony version, and Composer dependencies current on a defined schedule, paired with automated test coverage so those upgrades can happen with confidence rather than becoming a multi-week fire drill every few years.

When PHP Is — and Isn't — the Right Choice

PHP is a strong choice for content platforms, e-commerce, and internal tools where team hiring depth, framework maturity, and total cost of ownership matter more than niche technical requirements. It's not the right choice if you need genuine real-time features at scale — live dashboards with thousands of concurrent WebSocket connections, for instance — where an event-driven runtime is a more natural architectural fit, and we'll say so plainly rather than force PHP into a shape it wasn't designed for. It's also not the best fit for teams building machine learning pipelines or data-science-heavy applications, where another ecosystem is simply better equipped.

PHP vs. Node.js for Backend Work

Both are mature, well-supported choices, and the right one usually depends on workload shape rather than either language being categorically better. PHP-FPM's request-per-process model is simple to reason about and scales predictably for typical CRUD and content-driven applications, while Node's non-blocking model has an edge for workloads with many concurrent, long-lived connections like chat or live notifications. For a standard content platform, admin tool, or e-commerce backend — the majority of what businesses actually need — PHP delivers comparable performance with a larger, more affordable hiring pool, which is often the deciding factor once a client looks past the initial technology choice to who will maintain the system in three years.