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To start a Laravel engagement
Scoping through first sprint
100%
Senior engineers, US-based
No offshore handoff
Every sprint
Working software on a preview URL
Not a status deck between milestones
100%
Code and infrastructure you own
From the first commit
Where Laravel fits
What a Laravel engagement is actually building
Laravel's reputation as "the friendly PHP framework" undersells what it's actually good at — it's a serious choice for real applications, not just a fast way to prototype one.
SaaS platforms
Laravel's built-in authentication, billing-friendly architecture, and multi-tenancy patterns (via first-party and community packages) make it one of the most common frameworks for building a SaaS product from scratch, especially for a team that wants to move fast without hand-rolling the basics.
Internal business applications
Admin dashboards, operations tools, and internal systems that need to be built and iterated on quickly benefit from Laravel's scaffolding — Artisan commands, migrations, and Eloquent's readable query syntax reduce the boilerplate between an idea and a working tool.
API-only backends
Laravel works cleanly as a pure API layer behind a separate React, Vue, or mobile frontend, using Sanctum or Passport for API authentication — a common architecture when the frontend and backend are built and deployed independently.
Content-driven and marketplace platforms
E-commerce, marketplaces, and content-heavy sites benefit from Laravel's mature ecosystem — packages for search, media handling, and payments are generally well-maintained and battle-tested rather than something a team has to build from scratch.
Reactive UI without a separate JavaScript framework
Livewire lets a team build interactive, reactive interfaces using Blade and PHP instead of standing up a full React or Vue frontend and a separate API layer — a real option when the team is PHP-strong and the interface doesn't need the full complexity of a decoupled SPA.
Scheduled and background processing
Laravel's queue system and task scheduler handle the background work — sending email, processing uploads, running nightly jobs — that almost every real application needs, without requiring a separate job-processing framework bolted on.
Decisions that matter
The architecture decisions that decide whether a Laravel app stays fast to work in
Laravel makes it easy to build something that works. These are the decisions that determine whether it's still easy to work in a year later.
Eloquent, and the N+1 query problem
Eloquent's readable, expressive syntax is one of Laravel's biggest advantages — and its biggest common pitfall. Looping over a collection and lazy-loading a relationship inside the loop silently issues one query per row instead of one query total; eager loading with `with()` fixes it, but only if someone catches the pattern before it ships, which is exactly what a code review discipline is for.
Blade, Livewire, or a decoupled frontend
Blade templates alone suit a mostly server-rendered app with light interactivity. Livewire adds reactive UI without leaving PHP, for teams that want that without a separate JavaScript build pipeline. A fully decoupled frontend — Laravel as an API-only backend behind React or Vue, often via Inertia.js to skip building a separate REST layer — suits a team with real frontend engineering needs. Picking this early avoids rebuilding the UI layer later.
Laravel Octane for real performance
Standard PHP handles one request per process, tearing the application down and rebuilding it each time — fine for most traffic levels, and a real ceiling under high load. Octane, running on Swoole or RoadRunner, keeps the application in memory between requests, meaningfully raising the throughput ceiling for apps that actually need it.
Queues as a default, not an afterthought
Anything slow — sending an email, calling a third-party API, processing an upload — belongs in a queued job rather than the request cycle, both for response time and for reliability, since a queue driver like Redis or a database will retry a failed job where a request cycle just fails silently.
Version and PHP compatibility
Each Laravel major version is tied to a minimum PHP version and has a defined window of bug-fix and security support before it stops receiving patches. Running an EOL Laravel or PHP version isn't a style choice — it's an accumulating security exposure, and it's one of the more common reasons an "it still works" application actually needs attention.
Testing with Pest or PHPUnit
Laravel ships with first-class testing support, and Pest's more readable syntax has made writing tests less of a chore than it historically was in PHP. An application without meaningful test coverage is one where every deploy is a bet — worth catching in an audit before it becomes a production incident.
What's involved
Laravel engagement types
The scope driver here is usually less the feature count than the state of what already exists — a greenfield SaaS build is a different project than rescuing an application several major versions behind on an EOL PHP runtime.
| Engagement | Commitment | Timeline | What's included |
|---|---|---|---|
| Codebase and security audit | Fixed scope | 1 – 2 weeks | A review of Laravel and PHP version, Eloquent usage, test coverage, and known N+1 or query-performance issues, with a prioritized fix list. |
| New Laravel application or SaaS MVP | Fixed scope | 8 – 14 weeks | A Laravel application built on a current version, including authentication, data model, background jobs, and tests. |
| Laravel/PHP version upgrade | Fixed scope | 3 – 8 weeks | Moving an application off an unsupported Laravel or PHP version, including the breaking-change remediation each major version introduces. |
| API-only backend for a decoupled frontend | Fixed scope | 6 – 12 weeks | A Laravel API layer built behind Sanctum or Passport authentication, designed to serve a separately built React, Vue, or mobile client. |
| Dedicated Laravel engineer | Staff augmentation | Ongoing | A senior Laravel engineer embedded in your existing team and codebase, working your sprint cadence. |
Ranges assume US-based senior engineers. The audit is the fastest way to find out whether an existing application needs a routine upgrade or has accumulated real technical debt — usually visible in how Eloquent relationships and queues are used, more than in the feature list.
Right tool, wrong tool
When Laravel is the right call — and when it isn't
Laravel's productivity advantage is real for the applications it was designed for, and it isn't the right default for every web project.
Right call: SaaS products and internal tools
The combination of fast scaffolding, a mature package ecosystem, and built-in patterns for auth, billing hooks, and admin tooling makes Laravel one of the fastest paths from idea to a working SaaS MVP or internal application.
Right call: teams that want one language across the stack
With Livewire or Inertia, a PHP-strong team can build a fully interactive application without maintaining a separate JavaScript framework and its own release cadence — a real simplification for a small team.
Wrong call: hard real-time systems
Laravel can handle WebSockets via broadcasting and Octane raises its concurrency ceiling considerably, but a system built primarily around persistent, low-latency real-time connections at large scale — a trading engine, a multiplayer game server — is usually better served by a platform built around that model from the ground up, like Node.js or Elixir.
Wrong call: extremely high-throughput, stateless APIs at massive scale
Standard Laravel's request lifecycle has real overhead compared to a minimal framework in a compiled language. Octane closes much of that gap, but for an API expected to handle enormous request volume with minimal per-request cost, a lighter-weight or compiled stack is worth evaluating honestly against Laravel's productivity advantage.
Depends: mobile apps
Laravel is a backend, not a mobile framework — it pairs naturally with a native iOS/Android app or a React Native client via its API layer, but it isn't itself an answer to "we need a mobile app." That's a separate, complementary build.
Depends: team background
A PHP-strong team gets to a working product faster in Laravel than in an unfamiliar stack, for most business applications. The right choice weighs your team's actual skills, not just a framework's benchmark numbers.
Migration and integration
Where a Laravel engagement is really an upgrade or a migration
A real share of Laravel work isn't a greenfield build — it's bringing an existing application current, or moving it off something else entirely.
Old Laravel and PHP versions accumulate security exposure
Each Laravel major version has a defined security-support window, after which it stops receiving patches — and PHP itself has moved forward substantially, with 8.x bringing real performance and type-safety improvements. An application several majors behind is carrying real, accumulating risk, not just missing convenience features.
Legacy PHP or WordPress-as-application migrations
A business application that started life as vanilla PHP, or was bolted onto WordPress because that's what the team already knew, frequently outgrows that foundation. Migrating the real application logic to Laravel is a common and well-understood path once the workaround stops scaling.
Monolith-to-API decoupling
A Laravel application built with server-rendered Blade views can be decoupled into an API-only backend behind a modern frontend without a full rewrite — Inertia.js in particular exists specifically to make this transition without standing up a duplicate REST layer.
Breaking changes across major versions
Each Laravel major version carries a documented set of breaking changes — deprecated helpers, changed default behaviors — that need to be checked against the actual codebase rather than assumed away. An audit before an upgrade estimate is the difference between a two-week upgrade and one that surfaces a genuinely blocking dependency midway through.
Hiring a Laravel developer
What actually matters when you're hiring
Laravel's approachability means a lot of developers have touched it lightly. The signal that actually predicts a good hire is more specific than that.
Real Eloquent judgment
Ask a candidate to explain the N+1 query problem and how they'd catch it before it ships. A developer who's actually shipped production Laravel has a story about finding one, not just a textbook definition.
Queue and job usage
Confirm they've actually built background jobs — retries, failure handling, idempotency — not just called `dispatch()` once in a tutorial. This is where a lot of real Laravel reliability work happens.
Testing habits
Pest or PHPUnit tests that cover more than the happy path, run in CI, and actually get maintained as the codebase changes are a strong signal for how the application will hold up under a growing team.
Version currency
A developer whose recent experience is entirely on an EOL Laravel or PHP version may not be current on Octane, Livewire's newer patterns, or the framework's current conventions — worth asking about directly rather than assuming years of experience covers it.
Related
Related services
What Laravel builds usually connect to.
Questions
Common questions about Laravel development
What teams ask before a first call.
Most commonly: SaaS platforms, internal business applications, and API-only backends behind a separate frontend. Its built-in authentication, queue system, and Eloquent ORM cover the parts of a web application that almost every project needs, which is why it's a common default choice rather than a niche framework.
It also works well for content-driven sites, marketplaces, and any application that benefits from a mature package ecosystem instead of building common features from scratch.
It depends most on whether the work is a new application built on a current Laravel version, a version upgrade on an existing codebase, or a dedicated engineer added to your team — an upgrade's cost in particular depends heavily on how many major versions behind the current one it is.
A scoping conversation, backed by a short audit for any existing codebase, gets you a real number faster than a generic estimate would.
Blade alone for a mostly server-rendered app with light interactivity. Livewire when you want reactive UI without leaving PHP and standing up a separate JavaScript build. A fully decoupled frontend — often via Inertia.js — when you have real frontend engineering needs or want the frontend and backend built and deployed independently.
This decision is worth making early; moving from one to another later means rebuilding the UI layer, not just the template files.
For the large majority of business applications and SaaS products, yes — the typical bottleneck is the database, not the framework. For genuinely high-throughput workloads, Laravel Octane keeps the application in memory between requests instead of rebuilding it each time, meaningfully raising the ceiling.
For extreme real-time or massive-scale stateless-API workloads, we'll tell you honestly if a different stack is the better fit rather than stretching Laravel past where it's the strongest option.
Yes — this is one of the more common requests we get. Each Laravel major version has a defined security-support window, and running an EOL version is an accumulating risk, not just a missed-feature problem. An audit up front tells you honestly whether the upgrade is a few weeks of mechanical work or has a genuinely blocking dependency that needs to be replaced first.
It happens when code loops over a collection and lazy-loads a related model inside the loop, issuing one database query per row instead of one query total — invisible in local testing with a handful of records, and a real performance problem the moment the data set grows. Eager loading with Eloquent's `with()` fixes it, but only if it's caught during development or code review, which is exactly the kind of thing an experienced Laravel developer should be checking for by habit.
Laravel itself is a backend framework, not a mobile one — it pairs with a native iOS/Android app or a React Native client through its API layer, typically using Sanctum or Passport for authentication. We build both sides of that as one connected project when that's what the work calls for.
You do. Source code lives in a repository under your organization from the first commit, and any cloud infrastructure runs in your own account. That's the arrangement that lets you bring on another developer or move to an in-house team later without being locked to whoever built the first version.