The Modern PHP Stack, And Why Each Piece Is There
Tools Are Choices, Not Defaults
Every framework here solves a problem you might not have. We pick for your constraints, your team and the load you're actually under, then we tell you the tradeoff. A stack chosen by fashion costs you at the first upgrade.
why choose ecomia
Why This Stack Holds Up
Modern PHP is not the PHP people remember. Typed properties, JIT, fibers, property hooks and a strict static analysis culture changed what the language is good at. What follows is what we run and why.
Always on supported releases
We build on the current supported PHP release and keep you off anything past end of life. Running unpatched is a security decision, not a scheduling one.
Frameworks with an upgrade path
Laravel and Symfony both publish predictable release and LTS cycles. We pick the cadence that matches your appetite for change, then keep you inside the supported window.
Static analysis in the pipeline
PHPStan and Rector run in CI, so type errors and deprecations surface on a pull request instead of on a customer's screen. Upgrades stop being an event.
Runtimes that changed the numbers
FrankenPHP, Swoole and RoadRunner keep the application resident between requests. For the right workload that is a different performance class, not a tuning tweak.
Services
What's In The Stack
Eight layers, each with a reason it's there.
The current supported PHP release for new work, with OPcache and JIT enabled, preloading where it earns its keep, and a deprecation policy that keeps the next major upgrade to a week rather than a quarter.
Laravel when you want speed, convention and a deep ecosystem. Symfony when you need explicit architecture and tighter control, with its LTS line when stability outranks new features.
Drupal for structured content and editorial workflow, WordPress for publishing speed, Magento when catalog and checkout are the product.
FrankenPHP for a resident worker, Swoole or RoadRunner where concurrency matters, Octane if you are already in that ecosystem, and queues with Horizon behind the work that shouldn't block a request.
MySQL and PostgreSQL with indexes matched to your queries, Redis or Valkey in front of expensive reads, and Elasticsearch or Meilisearch when search stops being a LIKE query.
Pest or PHPUnit for behavior, PHPStan for what types can catch, Rector for mechanical upgrades, Pint for the formatting nobody should argue about.
Blade with Livewire when you want server driven UI, Inertia with React or Vue when the client has to do more, Tailwind for styling and Vite for the build.
Composer for dependencies, Herd or Docker for parity between machines, GitHub Actions or GitLab CI for pipelines that block a merge, plus structured logs, OpenTelemetry traces and Sentry so an exception arrives with enough context to fix it.
Built Around Your Needs
How You Put It To Work
Dedicated teams
Want a team that runs the whole stack?
Engineers and a lead across application, data and delivery. You own the platform, they own the backlog, and they stay long enough to remember why each choice was made.
Software outsourcing
Prefer the build handed over finished?
We scope, build and launch, then hand back documented code, pipelines and runbooks. You keep direction while we carry delivery.
Staff Augmentation
Just need a senior PHP engineer inside your team?
One or two engineers in your sprint and your review process, working your board and your standups from week one.
Frequently Asked Questions
The current supported release for anything new, and never a version past end of life. Our engineers track the release calendar so you don't have to: if your platform is drifting toward unsupported, you hear it from us before it becomes a security finding.
Laravel if you want convention, speed and a large ecosystem, and your team is comfortable with its way of working. Symfony if the system will live for years and you want explicit architecture and tighter control. If your appetite for upgrades is low, Symfony's LTS line trades new features for a longer support window.
More urgent than it feels. Bug fixes and security fixes both expire on a published schedule, so a version that works fine today can be unsupported within a year. Rector handles most of the mechanical work, which makes these upgrades smaller than teams fear.
Almost always, and the stack matters less than the query plan. Modern PHP with OPcache and a tuned database handles serious traffic. When it genuinely isn't enough, a resident runtime changes the shape of the problem more than new hardware does.
Only if your workload suits it. Keeping the application in memory removes the bootstrap cost on every request, which helps high traffic APIs and hurts you if your code leaks state between requests. It is a change in how you write code, not a configuration flag.
Cheaper upgrades. PHPStan finds the type and null errors your tests miss, Rector applies deprecation fixes mechanically, and both run in CI. Teams that skip this treat every major version as a project rather than a pull request.
Either, as long as the tests exist and run in CI. Pest reads more cleanly and has momentum, PHPUnit is everywhere and every tool understands it. Pest runs on top of PHPUnit, so this is less of a fork in the road than it looks.
Usually yes. Get onto a supported PHP version first, add tests around the risky parts, then replace modules one at a time behind the same URLs. A rewrite is the last option, not the first.
We do, as part of the work. PHP ships a minor version every year and the major frameworks release on their own annual cadence, so a stack left alone drifts onto unsupported software. Our engineers stay current with the releases and put upgrade time in the plan rather than treating it as an emergency.
Let’s Build What’s Next
Talk to our team about your goals
Have a project in mind or a challenge you’re looking to solve? Let’s talk about how we can help you move forward.