Run the starter-kit command on a fresh Laravel install and you get registration, login, password reset, email verification and a dashboard in under ten minutes. Add a few migrations and resource controllers and a mid-level developer has a working admin panel by the end of the afternoon. That speed is why Laravel runs a big share of the SaaS products, marketplaces and internal platforms built on PHP. It is also why hiring Laravel developers is harder than it looks. The framework makes a good engineer and a weak one look the same in week one, and it only shows the difference once the codebase has a few years of production data behind it.
My position, after 11 years of running Laravel as our main backend: the Laravel developers worth paying for show their value in the codebase's third year, and almost everything the market uses to evaluate them measures the first week. The standard advice on hiring for Laravel is a string of claims that sound sensible. Each one holds up until a specific point, and I'll go through them one at a time and show where that point is.
Claim One: Laravel Is an MVP Framework You Rewrite When You Scale
This belief is so common that founders sometimes apologize for their stack in due-diligence calls. The reasoning goes: PHP is for prototypes, and serious scale means Go, Java or a microservices split, so Laravel is something you pay down later.
Our longest-running counterexample is MyFlyRight. We have been their engineering partner since 2016 and built the platform from scratch on React, Laravel and PostgreSQL. It is a claims-automation wizard for EU air-passenger compensation, and it has since processed more than a million claims. It is roughly ten years in with the same core stack and no rewrite. At Snapwire we provided 10 engineers inside a 30-person engineering org for two and a half years, on Laravel with PostgreSQL, Elasticsearch, AWS and Stripe Connect. Nobody in either codebase ever hit a scaling wall that the framework caused.
The rewrites I have seen up close all had the same cause. Controllers grew to 2,000 lines, business rules got spread across Blade templates, model events fired other model events, and no single person could say where an order's status actually changed. Laravel lets you build that. It doesn't force you to. Whether the codebase survives depends on how disciplined its developers are, and that's the thing to hire for.
Claim Two: PHP Is Easy, So Laravel Developers Are Interchangeable
The rate market reflects this belief. Laravel roles get priced as commodity work, and buyers compare quotes as if a Laravel hour were a standard unit. Part of that is true: the syntax is easy and the documentation is some of the best in any ecosystem. The mistake is assuming that an easy language means easy engineering.
Eloquent, Laravel's ORM, is where the gap shows. Take an orders list with 50 rows per page, where each row shows the customer, the shipping address and the line-item count. Written the obvious way, the page runs 151 queries: one for the orders, then three more for every row. With eager loading it runs four. On a developer's machine with 20 seeded rows, you can't tell the two versions apart. With 200,000 orders and an index missing on the foreign key, the page times out, and nothing in the diff that caused it looked wrong. Laravel even includes a switch that throws an exception on lazy loading in development. Whether a developer turns it on is a decent quick signal of whether they have been burned before.
Queues show the same gap. A job that charges a card through Stripe and then updates the database works perfectly until a worker times out between those two steps and the job retries. Now the customer has paid twice. Writing idempotent jobs, using idempotency keys, and knowing that a job dispatched inside a database transaction can run before that transaction commits: none of that shows up in a CRUD take-home. All of it decides whether a platform that handles money can be trusted. Two developers with the same Laravel résumé can be years apart on exactly these points.
Claim Three: Hire for Years of Laravel Experience
Job posts ask for five years of Laravel as if it were the core skill. A strong backend engineer learns the framework surface (routing, Eloquent, the service container, queues, events) in a few weeks, because Laravel is designed to be learned quickly. What takes years is everything under the framework: how PostgreSQL chooses a query plan, where transaction boundaries belong, how to design a schema that will still make sense when the product has doubled its features, and how to write tests that catch regressions rather than restating the implementation.
We set our bar at five or more years of production experience for every engineer, and we never phrased it as five years of Laravel. The interview questions that separate people are underneath the framework. What happens to a queued job when the transaction around it rolls back? Why does this migration lock a 40-million-row table, and how would you ship it without downtime? When would you skip Eloquent and write raw SQL? Someone with two years of Laravel and eight years of databases usually answers these better than someone with six years of Laravel who has never looked at a query plan.
Claim Four: The Ecosystem Does the Engineering for You
Laravel's first-party and community tools are outstanding. There are admin panels generated in an afternoon, managed deployment, serverless hosting, and packages for permissions, billing, media, audit logs and much more. The argument goes that a good Laravel developer assembles more than they write, and in year one that's accurate.
The bill comes at upgrade time. Laravel ships a major version every year and gives each one about two years of security fixes. A codebase with 40 third-party packages can only upgrade when the slowest of those 40 maintainers does. I have opened inherited projects stuck three majors behind because one abandoned package pinned the whole dependency tree. The team faced a choice between forking the package, replacing it, or staying on an unsupported framework version. None of that showed up in anyone's estimate when the package was installed to save two days.
So a senior Laravel developer's judgment shows in the packages they turn down. Each dependency is a long-term commitment to someone else's release schedule. When I evaluate a team, I ask what framework version their last long-running project is on today. It says more about their habits than their portfolio does.
Claim Five: Laravel's Conventions Keep the Codebase Consistent
Laravel has a reputation for being opinionated, which leads buyers to assume that any two Laravel developers will write code that fits together. In practice the framework is very permissive. You can reach a dependency through a facade, a helper function or constructor injection. Business logic can go in controllers, models, form requests, action classes, service classes, jobs or observers, and all of them are officially supported. Three developers without shared rules will produce three architectures in one repository within a quarter.
That consistency comes from people, and specifically from review. Every pull request at our studio is reviewed by at least one other senior engineer before it merges. Much of that review in Laravel projects is enforcing house patterns that the framework leaves open: where logic lives, when a job needs to be idempotent, which relationships have to be eager-loaded, and whether a new package is justified. Teams that treat review as a formality end up with the 2,000-line controller from Claim One.
AI coding tools make review matter more. Laravel is heavily represented in the code these tools learned from, so Claude Code or Cursor will generate a controller, a migration and a test that look idiomatic in seconds. We use both every day as accelerators. The generated code is also exactly the kind that passes on seeded data: lazy-loaded relationships, a missing index, a job that isn't safe to retry. Because it arrives faster, a senior reviewer has more to catch per hour, not less.
What to Evaluate Instead
If week-one output can't separate candidates, test them on year-three problems. Give them a slow endpoint and ask for a diagnosis. Show them a queued payment job and ask what happens on retry. Ask how they would take a Laravel 9 app to the current version and which packages they would expect to cause trouble. Ask them to review a pull request instead of writing one. These take an hour and tell you more than a week-long take-home CRUD build.
The same logic applies to pricing. Senior nearshore Laravel engineering runs about $50 to $99 an hour. Where a quote falls in that range depends on seniority and on whether review and DevOps are included or left to you. A cheaper developer who ships the 151-query page doesn't save the difference in rate. The saving turns into an incident, a performance sprint and eventually a debate about rewriting. The rate that matters is the one you are still paying in year three, when the choices made in week one have compounded one way or the other.
That's why we run engagements the way we do. There's a free discovery week where senior engineers go through your existing Laravel codebase or your spec, looking at query patterns, queue design, dependency age and upgrade path. Then a paid pilot with no lock-in, so you can judge the work on these year-three questions before committing. If the pilot holds up, we move to two-week sprints with daily standups and every PR reviewed by a senior engineer. The next step is simple: bring the repository or the spec to a discovery week, and we'll show you what its third year is likely to look like.
Last updated October 27, 2026