Hire PHP Developers in India

What Our PHP Developers Can Build

Which PHP Stack Are You On?

Most PHP work that reaches us is not a blank repository. There is an application already earning money, written by people who have moved on, and the question is who can read it safely. The framework you are on decides which developer you need, so it belongs in the first line of your brief.

Laravel: taking over an application someone else built

Laravel is the framework most new PHP projects start on, which means it is also the framework most abandoned PHP projects were started on. A Laravel codebase gives a developer a predictable shape to read into: routes in routes/web.php and routes/api.php, request handling in controllers, database access through Eloquent models, and queued work in job classes. That predictability is the reason a competent Laravel developer can be productive on an unfamiliar codebase inside a week.

What separates the roles: a developer working the back of a Laravel application spends time on Eloquent relationships, query performance, service classes, queued jobs, events and listeners, and the API resources that shape JSON responses. A developer working the front spends time on Blade templates, Livewire or Inertia components, form requests and validation messages, and asset compilation through Vite. Those are different daily habits, and asking for "a Laravel developer" without saying which one is how briefs go wrong.

The version matters more than people expect. An application on Laravel 8 or 9 running PHP 7.4 has a real upgrade path ahead of it, and the work is rarely just a Composer bump: it touches deprecated helpers, changed method signatures on the query builder, and packages that were abandoned mid-cycle. Put your Laravel version, your PHP version and your last successful composer update in the brief. If the answer to the last one is "we do not run it because it breaks things", say so, because that is the actual first task.

Symfony: long-lived codebases and the components underneath

Symfony turns up where an application has been alive for years and was built by a team that expected it to stay alive: banking back-offices, logistics systems, publishing platforms, internal tools with a decade of accumulated rules. It is more explicit than Laravel and less forgiving of guesswork, which makes reading skill matter more than typing speed.

A Symfony developer works with bundles, services defined in configuration, the dependency-injection container, Doctrine entities and repositories, the event dispatcher, and console commands that run the scheduled work. Doctrine is usually where the difficulty concentrates. It is a data-mapper ORM, not an active-record one, so an entity is a plain object and the persistence rules live elsewhere. Developers who learned only Eloquent tend to write Doctrine code that works and quietly issues far more queries than it needs to.

Symfony components also appear in codebases that are not Symfony applications at all: HttpFoundation, Console, EventDispatcher, Validator and Mailer are used inside Laravel, Drupal and plenty of in-house frameworks. A developer who knows the components can navigate systems that were never described as Symfony projects. For the brief, name your Symfony major version, whether you are on annotations or attributes for mapping, and whether the application still carries a legacy bundle nobody wants to touch.

CodeIgniter: the upgrade nobody scheduled

CodeIgniter is the framework that keeps quietly running businesses. It was the pragmatic choice for a great many applications built between roughly 2009 and 2018, and a large share of those are still in production, still on CodeIgniter 3, still on an old PHP version because upgrading PHP breaks them. If that describes your system, you are in ordinary company and the work is well understood.

CodeIgniter 3 and CodeIgniter 4 are close in spirit and genuinely different in practice. Version 4 changed the directory layout, moved to namespaces and autoloading, replaced the database and model layers, and reworked routing and configuration. A developer who is fluent in 3 is not automatically productive in 4, and the migration is a rewrite of the framework-facing layer rather than a version bump. Treat it as a project with a plan, not a maintenance ticket.

The practical trap: CodeIgniter 3 applications commonly build SQL by concatenating strings, because the framework allowed it and the query builder was optional. That is where the injection holes live, and it is the first thing worth auditing on takeover. A second trap is business logic written into controllers, sometimes several hundred lines of it, which makes any change risky until it is pulled apart. When you brief this work, say which CodeIgniter version you are on, which PHP version the server runs, and whether you want the application upgraded or stabilised where it is. Both are legitimate answers and they need different developers.

Yii and CakePHP: conventions that reward familiarity

Yii and CakePHP both predate Laravel's dominance and both still hold real ground, particularly in applications built by teams who valued code generation and strong conventions. Yii2 gives you ActiveRecord models, gii for scaffolding, behaviours, and a widget-based view layer. Its role-based access control is genuinely capable and is often the reason a Yii application was chosen for administrative systems with complicated permission rules.

CakePHP leans harder on convention: naming a table correctly gets you a working model, and the bake console generates controllers, models and templates from the schema. That speed is real, and it has a consequence on takeover, because a Cake application often has generated code sitting beside hand-written code with no obvious boundary between them. A developer's first job is working out which is which before changing either.

Both frameworks have a smaller hiring pool than Laravel, and that is the honest constraint to plan around rather than pretend away. What travels well is PHP itself: a developer who genuinely understands request lifecycles, ORMs, migrations and dependency management picks up Yii or CakePHP conventions in days. What does not travel is the specific accumulated knowledge of your permission model or your generated-code boundaries. For the brief, name the major version, say whether the application uses the framework's own auth or something bolted on, and flag any custom modules that were written to extend the framework rather than use it.

Laminas, Zend Framework, Phalcon and the Slim family

Zend Framework became Laminas in 2019, and applications built on Zend Framework 2 or 3 are still running in enterprise settings where the original architecture decisions were deliberate. These codebases tend to be heavily interface-driven, with service managers, modules and a lot of configuration. They are readable, but the reading takes longer, and a developer who wants to move fast will do damage here.

Phalcon is unusual: it ships as a compiled PHP extension rather than a set of PHP files, which makes it fast and makes deployment a server concern rather than a Composer concern. If you run Phalcon, your developer needs to be comfortable with the extension being installed and versioned on the server, and your hosting has to allow it. That is a real constraint on where the application can move.

Slim, Lumen and similar micro-frameworks sit at the other end. They give routing, middleware and a container, and stop there. They are common for internal APIs and for services that were carved out of a larger application. A micro-framework codebase is fast to read and slow to extend safely, because the things a full framework would have decided for you were decided ad hoc by whoever wrote it. Validation, auth and error handling are usually hand-rolled and inconsistent between endpoints. Say in your brief which micro-framework you use and whether you want the service kept small or grown into something with more structure.

WordPress and WooCommerce: plugin and theme work is its own trade

WordPress is PHP, and a WordPress developer is not interchangeable with a Laravel developer in either direction. The knowledge that matters is the hook system, the plugin and theme APIs, the shape of wp_query, custom post types and taxonomies, the meta tables, and the Gutenberg block editor with its React-based block registration. Someone who has only written framework applications will reach for patterns WordPress does not support and will fight the platform.

WooCommerce adds a second layer on top: products and variations, cart and checkout hooks, order status transitions, payment gateway integration, tax and shipping rules, and the HPOS order-storage change that plugin authors have had to adapt to. Most WooCommerce problems that reach a developer are not WooCommerce problems at all, they are conflicts between plugins, or a theme that overrides template files and stops receiving upstream fixes.

The practical qualifier for a WordPress brief is your plugin inventory and your theme situation. A site running a purchased theme with a child theme and twelve plugins is a different job from a site running a custom theme and three. Say whether you have a staging environment, whether the theme was built for you or bought, and whether anyone has edited plugin files directly, because that last one determines whether updates are currently safe to run at all.

Magento, PrestaShop and OpenCart: commerce with rules already in it

Magento 2, now Adobe Commerce, is the heaviest PHP application most developers will meet. It is built on dependency injection, plugins and interceptors, service contracts, and a layered indexing and caching system, and it will not tolerate the direct-edit habits that work on smaller platforms. Changing behaviour correctly means writing a module, not editing core, and a developer who does not know that will leave you unable to upgrade. Magento work also means dealing with indexers, cache warming, Elasticsearch or OpenSearch for catalogue search, and multi-store configuration.

PrestaShop and OpenCart occupy a different position: smaller, faster to learn, widely used by merchants who needed a store without a Magento budget. Both are extended through modules and both have version histories with breaking changes that module authors did not always follow, so a store several versions behind usually has modules that will not survive the upgrade. Auditing which modules are maintained, and which are abandoned and load-bearing, comes before any upgrade plan.

For any commerce brief, the details that change the estimate are your platform version, your payment and shipping integrations, your catalogue size, and whether you have customised the checkout. Checkout customisation is the single most common reason an upgrade turns from days into weeks, because it is where the platform's own code changes most between versions and where a broken deployment costs revenue immediately.

Drupal, Joomla and Moodle: structured content and institutional systems

Drupal is where PHP meets complicated content modelling. Its strength is that content types, fields, taxonomies, views and access rules are configuration rather than code, which is also why a Drupal site can be badly built without anyone writing bad code. Drupal 8 onwards sits on Symfony components, so a Drupal developer needs both the Drupal-specific knowledge of the entity and plugin systems and a working understanding of dependency injection and services. Sites still on Drupal 7 face a migration rather than an upgrade, and it is a substantial one.

Joomla holds a large installed base of brochure and membership sites, extended through components, modules and plugins, and its hiring pool is thinner than its footprint suggests. Moodle is the case where the platform's domain is the hard part: courses, enrolments, activities, quizzes, gradebook and reporting carry pedagogical rules, and a developer writing a Moodle plugin has to respect them. Educational institutions running Moodle usually need someone who has worked inside it before, because the cost of getting grading or enrolment logic wrong is measured in student complaints.

Brief these systems by naming the major version, whether you are on the platform's own hosting or your own, and which custom modules or plugins were written specifically for you. On Drupal in particular, say whether your configuration is exported and version-controlled, because if it is not, no two environments match and every deployment is a manual reconstruction.

REST and GraphQL APIs on a PHP backend

A large share of PHP work now produces JSON rather than HTML, because the browser-facing application is React, Vue or a mobile client and PHP is the layer behind it. This is where the "frontend or backend" split becomes concrete: an API developer never touches a template, and spends the time on resource design, serialisation, authentication, pagination, filtering, versioning and documentation.

On REST work, the things that separate a usable API from a frustrating one are unglamorous: consistent response envelopes, HTTP status codes that mean what they say, pagination that works on the hundredth page as well as the first, error bodies a client can act on programmatically, and authentication that is either token-based or session-based rather than a mixture. Laravel developers work with API resources and Sanctum or Passport; Symfony developers with serialisation groups and API Platform, which generates a large amount of the surface from entity metadata.

GraphQL changes the failure modes rather than removing them. Clients ask for exactly the fields they want, which solves over-fetching and introduces the N+1 problem at the resolver layer, where a nested query can quietly issue hundreds of database calls. A developer doing GraphQL on PHP needs to know about dataloader-style batching and query-depth limiting, or your first real client query will take the database down. In the brief, say whether the API is public or internal, whether it is versioned, whether an OpenAPI or schema document exists, and who the consumers are, because an API with three known internal clients can be changed in ways a public one cannot.

Core PHP with no framework at all

Plenty of working applications use no framework: PHP files that map to URLs, includes for shared code, direct database calls, and years of accumulated behaviour. These are dismissed more often than they deserve. The code is frequently doing something valuable and the business understands it well. What it lacks is the structure that makes change safe.

A developer taking on a no-framework codebase needs stronger fundamentals than a framework developer, not weaker ones, because nothing is provided. Routing, escaping, session handling, database access, error handling and input validation are all decisions the original author made, possibly inconsistently across files written years apart. The skill is reading that honestly and improving it in place rather than declaring a rewrite in week one.

The realistic path is usually incremental: get the code into version control if it is not already, add Composer for dependencies, introduce autoloading, pull database access behind a single layer with prepared statements, then extract the highest-risk logic into testable classes. A full-framework rewrite is sometimes the right answer, but it is a business decision with a real cost and it should follow an audit rather than precede one. For the brief, say how the code is deployed today, whether version control exists, and whether anyone who wrote it is still available to ask.

Where Can You Hire PHP Developers, and Where Does Each Channel Break?

There are three realistic routes, and each fails in a predictable way. Choosing well means knowing which failure you can absorb.

The timezone arithmetic is worth doing honestly before you commit, because it is where remote engagements most often disappoint. A standard Indian working day of 09:30 to 18:30 IST overlaps comfortably with the UK, the EU, the Gulf and Australia. It gives US Eastern no overlap at all during normal hours, and US Pacific none. Working with an American team means someone shifts their day, and that has to be agreed and staffed rather than discovered in month two. We schedule an afternoon-to-evening IST shift where a US overlap is required, and we say so up front because the alternative is a standing complaint.

What Do PHP Developers Cost in the US, UK and Australia Against India?

Published comparisons in this market tend to quote unsourced hourly bands. The figures below are national statistical agency surveys, named and dated, so you can check them yourself.

How to read these. The US and Australian figures are full-time medians for the whole occupation, not for PHP specifically, and PHP tends to sit below the occupational median in all three markets. The UK figure is provisional and a revised dataset is expected in late 2026. None of the three is the number that leaves your account: employer costs sit on top of salary, and BLS Employer Costs for Employee Compensation (March 2026, USDL-26-0827) puts total compensation for private industry at $46.60 per hour worked against $32.60 in wages, so benefits and payroll costs add roughly 43% for private industry generally and more for professional roles.

The Indian side, and its caveats. Indian salary data comes from self-reported aggregators rather than a government occupational survey, so it deserves less confidence than the three figures above and we will not dress it up as equivalent. What can be said with a source is the direction of travel: Aon measured Indian salary increases of 8.9% in 2025 and projects 9.1% for 2026, and Deloitte India agrees at 9.1%. If you are modelling a multi-year engagement, build in roughly 9% annual increase rather than assuming today's rate holds.

What we will not tell you. We do not publish a rate card on this page, because a number without your scope, stack, seniority mix and overlap requirement is a guess dressed as a quote. We also will not repeat the "70–90% saving" figure that circulates in this industry: it traces only to vendor blogs. The defensible statement is a range of roughly 4× to 14× on headline pay depending on role and which Indian salary population you compare against. Ask us for a figure against your actual brief and you will get one you can hold us to.

Should You Hire a PHP Developer, or a Team?

Two different buyers come looking for Indian PHP developers, and they need almost opposite things. Working out which one you are saves a month of talking past each other.

Most people who reach this page want one person. There is an application already in production, a backlog nobody has cleared in months, and a founder or an engineering manager writing PHP in the evenings because there is nobody else to give it to. For that situation a team is the wrong instrument. You want one developer who can read the codebase, take the backlog, and give you your evenings back.

Hiring one person changes what you screen for. On a team, a narrow developer is carried by the people around them and the lead absorbs the risk. On their own, nobody absorbs anything. Breadth stops being optional. A single PHP programmer on a live application has to read unfamiliar code, run a deployment, investigate a slow query and answer for the outcome, because there is no second person to pass any of it to.

The obvious risk with a single hire is that the single hire is wrong, and there is no team average to hide the mistake in. So the first name we find is not put in front of you as the answer. Several candidates go onto the shortlist, you interview and choose, and if the person you chose turns out to suit the work badly once it is under way, another engineer is in the seat within 48 hours.

A team earns its cost when the work has more than one shape at the same time. A platform being built from nothing needs backend, browser, deployment and testing progressing together, and running all of that through one person turns a three-month build into a year. The signal is not the size of the project. It is whether the tasks in your backlog need different skills, or the same skill repeated.

Between those two there is a position most engagements settle into. You start with one dedicated PHP developer from India, then add a second skill set at the point the roadmap actually calls for it, instead of paying for a squad against work you have not scoped yet. Ask for the smaller version first. Scaling up is a conversation; scaling down is a renegotiation.

How to Hire PHP Developers in India

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