Laravel Full Stack Developer
A Laravel full stack developer owns the entire delivery — from database migrations and Eloquent models through to Inertia.js, React, or Vue components on the frontend. No handoff friction. No two teams blaming each other when a feature ships late.
We provide senior Laravel full stack developers for product builds, feature sprints, and staff augmentation engagements across agencies and founders in Australia, the UK, and Singapore.
What "Full Stack" Actually Means in a Laravel Context
The phrase gets overused. In practice, a Laravel full stack developer is someone who can open a codebase and move fluently across the entire request lifecycle — writing a migration, building the Eloquent model, defining the route, wiring the controller, returning an Inertia response, and writing the React or Vue component that renders it. Someone who can only do the backend half stops at the Inertia response. Someone who can only do the frontend half doesn’t know why the data isn’t there.
Most Laravel projects slow down at the handoff point between backend and frontend. A full stack developer eliminates that point entirely. They ship a complete feature independently — from the database column to the button the user clicks — which is why they’re the default choice for early-stage products, agency projects with tight timelines, and any platform where one trusted engineer owning a feature outperforms two coordinating on it. See how we’ve delivered full-stack Laravel projects for agency clients.
Laravel Full Stack Developer Services
Six full-stack delivery services covering the complete frontend-to-backend spectrum.
Inertia.js Full Stack Development
Inertia.js removes the need to build a separate API for a single-page app. The backend stays in Laravel — routes, controllers, middleware, validation, authorisation. The frontend becomes a React or Vue application receiving page props directly from the controller, without a JSON API in between. A Laravel full stack developer using Inertia.js ships complete product features end-to-end in a single sprint, with Laravel’s session-based authentication handling login rather than token management. Read the Inertia.js documentation for the full technical specification.
Laravel API and React/Vue SPA Development
When the product needs a fully decoupled frontend — a separate React or Vue SPA consuming a Laravel API — a full stack developer handles both sides. The API is built with Laravel Sanctum for authentication, resource classes for response formatting, and proper validation. The frontend uses React Query or Pinia for state management and a typed service layer abstracting API calls. One developer. One codebase. One point of accountability.
Full Stack SaaS Development on Laravel
Multi-tenant SaaS on Laravel needs full stack thinking from the start: tenant isolation at the database level, Cashier integration with Stripe for subscription billing, team and role management, and a frontend that handles subscription gates, usage limits, and billing UI. These aren’t backend concerns bolted onto a frontend — they’re cross-cutting decisions a Laravel full stack developer makes at architecture stage, before the first controller is written.
Legacy Blade/jQuery to Full Stack Upgrade
Blade templates with jQuery are a common starting point that becomes a maintenance liability. We migrate these codebases to a modern full stack architecture — keeping the Laravel backend largely intact, introducing Vite for the frontend build pipeline, and progressively replacing Blade templates with Inertia.js or a decoupled Vue/React layer. Pages that don’t need interactivity stay as Blade; pages that need reactive behaviour get converted first. The migration runs incrementally so the app stays live throughout. White-label delivery available for agency partners.
TypeScript and Laravel Full Stack
TypeScript on the frontend of a Laravel application is a decision made early — not retrofitted after the codebase has grown. We configure Vite with TypeScript support, generate typed route helpers using Ziggy, and define TypeScript interfaces from Laravel API resource shapes. Strict mode is enforced from the first component. The result is a frontend that catches data shape mismatches at compile time rather than in a production error log at 2am.
Full Stack Developer for Existing Codebases
Taking over a Laravel codebase you didn’t write requires a specific kind of experience. We know where to look first: N+1 queries in controllers, missing database indexes, authorisation logic scattered across controllers instead of policies, and Blade components that have grown into God classes. We audit the existing codebase, document the decisions that weren’t documented, and start adding features while improving the foundation — without stopping feature delivery to do a big-bang refactor. See our case study approach.
Inertia.js vs Decoupled SPA vs Livewire — Which Stack Fits the Product?
The full stack architecture decision shapes every engineering choice downstream. Inertia.js is right when the product is a single Laravel-served application and one developer owns both backend and frontend — it keeps authentication in the session layer, eliminates token management, and lets the full stack developer ship complete features without an API contract between their own code. A decoupled SPA is right when multiple clients consume the same API, when the frontend needs independent deployment, or when a separate frontend team works in their own repository. Livewire is right when interactivity requirements are modest and the team wants to stay entirely in PHP. We recommend the architecture based on what the product needs and what the team can own after handover — not on what’s fastest to scaffold on day one. Talk to us before committing to a stack.
What a Senior Laravel Full Stack Developer Delivers
Four capabilities that separate senior full stack engineers from framework-familiar generalists.
End-to-End Feature Ownership
A senior Laravel full stack developer writes the migration, builds the model, writes the controller, handles validation and authorisation, returns the Inertia or API response, builds the React/Vue component, adds frontend validation, and closes the feature with tests at each layer. Nothing gets left half-built because “that’s the other team’s part.” Every feature is shippable when they say it is — not after a handoff and a separate integration cycle. Discuss a feature sprint engagement.
Vite and Frontend Asset Pipeline
The modern Laravel frontend build pipeline runs through Vite — Hot Module Replacement in the dev server, code splitting for production, TypeScript transpilation, Tailwind CSS purge on build, and cache-busting asset fingerprinting. Our engineers configure the pipeline specifically for the product: environment-specific configs, asset manifest for deployment, and SSR configuration if the stack requires it. Not just npm run build and hope.
Sanctum Auth Flows Across Both Layers
Full stack authentication means designing the auth flow in both layers. Backend: Sanctum for SPA and API token auth, middleware guards on protected routes, Spatie/laravel-permission for roles. Frontend: protected route definitions in React Router or Vue Router that check authentication state, permission gates in UI components mirroring the server-side policy layer, and proper redirect logic after login, session expiry, and permission changes. The details that most developers skip are the ones that break at 3am. See how auth is handled across our projects.
Full Stack Testing Coverage
Backend coverage with PHPUnit or Pest covers feature tests against the HTTP layer, unit tests for service classes and domain logic, and database tests with RefreshDatabase. Frontend coverage uses Vitest for component unit tests and Playwright for end-to-end tests against the real application in a browser. A Laravel full stack developer writes tests across both layers. That’s what keeps the feature working six months later when someone edits the component without reading the original spec.
White-Label Laravel Full Stack Development for Agency Partners
Your client needs a full stack Laravel developer. You don’t have one on the bench. We provide white-label Laravel full stack development under your agency brand — integrated into your client’s codebase and deployment workflow, with clean Git history, architecture documentation, and handover support. NDA-standard. No direct contact with your client unless you authorise it explicitly.
Agency partners get a dedicated senior engineer — not a rotating team of contractors who don’t know the codebase history. We’ve delivered Laravel full stack projects across SaaS platforms, booking systems, e-commerce backends, custom admin tooling, and internal business applications. Explore the agency partner programme or review the white-label development model to understand how we operate as your engineering back-end.
Why One Full Stack Laravel Developer Outperforms Two Half-Stack Ones
When a backend Laravel developer and a frontend developer work on the same feature, two things slow them down. First, the API contract: the backend developer defines a response format, the frontend developer builds against it, and any mismatch requires another cycle of back-and-forth. Second, context: the frontend developer doesn’t know why a field is nullable or what the business rule is. Every question needs a meeting.
A senior Laravel full stack developer eliminates both problems. They define the response format and consume it in the same sprint. They know why the field is nullable because they wrote the migration. The feature ships when they say it ships — not after a handoff and a frontend integration that discovered the API wasn’t quite right. Book a consultation if you’re weighing up a full stack engagement against separate backend and frontend roles.
Laravel Full Stack Developer Engagement Models
Choose the model that fits where your product is right now.
Full Stack Product Build
We scope and build the entire product — from database schema through to deployed application. Greenfield Laravel projects with a React, Vue, or Inertia.js frontend, full authentication, role and permission management, and production deployment to a cloud platform. Fixed scope. Fixed timeline. Defined technology stack. Suitable for founders with an approved spec and agencies with a client product to deliver on a deadline.
Feature Sprint Engagement
Two-week sprints delivering complete, shippable features across the full stack. The Laravel full stack developer ramps on the codebase in the first sprint and begins delivering from sprint two. Each sprint output is a deployable build the client can review. This model suits products already in production that need sustained feature development without the overhead of hiring a permanent in-house engineer.
Staff Augmentation
A senior Laravel full stack developer embedded in your team or your client’s team for a defined period — typically three to six months. Sprint planning, pull requests, architecture reviews, standups. No project management overhead from our side. They operate as a member of the product team for the duration of the engagement. Talk to us about current availability.
Codebase Audit and Upgrade
We audit the existing Laravel codebase for N+1 queries, missing indexes, scattered authorisation logic, outdated package versions, and frontend build pipeline issues. You get a written report with effort estimates per item, prioritised by business impact. We then execute the highest-priority fixes in a defined remediation sprint, leaving the codebase in a state the team can confidently build from.
How We Deliver a Laravel Full Stack Developer Engagement
01. Discovery and Architecture Planning
02. Laravel Application Scaffolding
We review the existing codebase or product spec, confirm the technology stack — Inertia.js vs decoupled SPA vs API-only — and agree on naming conventions and coding standards before development begins. For greenfield builds, discovery produces a written architecture decision record. For existing products, it’s a codebase assessment with every assumption documented before the first PR is opened. Typically two to three days.
03. Backend Development and API Layer
The Laravel application structure is set up with correct environment configuration, a working CI/CD pipeline, and a local development environment that mirrors production. For new products this includes core database migrations, authentication via Laravel Breeze or a custom auth layer, and the frontend toolchain configured with Vite, TypeScript, and the chosen JS framework installed and connected. The stack is shippable from day one of development — not after a two-week setup phase.
04. Frontend Integration and Component Development
Core backend work covers Eloquent models with relationships and scopes, migrations, service classes for business logic, form requests for validation, policies for authorisation, resource classes for API response shaping, and queue jobs for background processing. Feature tests are written at this layer before the frontend is connected — the backend is independently testable and returns predictable responses regardless of what’s rendering them.
05. Authentication, Roles, and Business Logic
Frontend components are built against the backend layer developed in the previous phase. For Inertia.js applications, page components receive typed props directly from Laravel controllers. For decoupled SPAs, a typed service layer abstracts API calls and enforces the contract between layers. Components are built with accessibility from the first render — semantic HTML, focus management, keyboard navigation — not added as a checklist item before launch.
06. Testing, Deployment, and Handover
Authentication and authorisation are wired across both layers: Sanctum or Passport on the backend, protected route definitions in the frontend router that check auth state, permission gates in UI components mirroring the server-side policy layer. Role and permission management via Spatie/laravel-permission is implemented with the actual business rules from the spec and tested at both the policy level and the feature test level — not just a binary logged-in check.
From database schema to deployed product.
A full regression test suite runs before production deployment — PHPUnit/Pest feature tests on the backend, Vitest component tests on the frontend, and Playwright end-to-end tests covering critical user journeys. Deployment uses Laravel Forge, Vapor, or a GitHub Actions pipeline to the agreed cloud provider. Handover includes architecture documentation, local setup instructions, and a hands-on knowledge transfer session with the team inheriting the codebase.
Laravel Full Stack Developer: Common Questions
Direct answers — no sales layer between you and the engineers.
What's the difference between a Laravel developer and a Laravel full stack developer?
A Laravel developer typically specialises in the backend — routes, controllers, Eloquent, queues, APIs, and server-side logic. A Laravel full stack developer owns both the backend and the frontend that consumes it: equally comfortable writing a database migration and writing the React or Vue component that displays the result. The practical difference is that a full stack developer ships a complete feature without handing off to a separate frontend engineer. For smaller teams and tighter timelines, that’s often worth more than deep specialisation in one layer.
Does a Laravel full stack developer use Inertia.js or build a separate SPA?
It depends on the product. Inertia.js is preferred when the product is a single application served from Laravel — it eliminates the need for a separate API, keeps authentication in Laravel’s session layer, and lets one developer ship features end-to-end. A decoupled SPA is the better choice when multiple clients consume the same API (a mobile app alongside a web frontend), when the frontend needs independent deployment, or when a separate frontend team works in their own repository. We recommend the architecture based on what the product needs, not on which is faster to scaffold.
What frontend frameworks does a senior Laravel full stack developer work with?
Our Laravel full stack developers work primarily with React and Vue.js, in both Inertia.js and decoupled SPA configurations. Both use the Vite build pipeline that ships with Laravel since version 9. TypeScript is the default for new projects. Tailwind CSS is the standard styling approach. Alpine.js handles smaller interactive enhancements on Blade templates that don’t warrant a full component framework. The framework choice is based on the client’s existing stack and team expertise — we don’t migrate a Vue team to React for the sake of it.
How does a full stack Laravel developer handle authentication and authorisation?
On the backend: Laravel Sanctum for SPA and mobile authentication, custom middleware for route protection, and Spatie/laravel-permission for role and permission management. On the frontend: protected route definitions that check authentication state, permission gates in UI components mirroring the server-side policy layer, and proper token storage for API clients. The auth flow is designed end-to-end — not just “login works” but redirect after login, session expiry handling, remember-me persistence, and the frontend state that updates when a permission changes mid-session.
How long does it take to engage a Laravel full stack developer through NextEnvision?
For staff augmentation, a developer can typically be allocated within five to ten business days of the engagement being agreed, depending on current availability. For fixed-scope project builds, we scope during a discovery call, produce a written statement of work within three business days, and begin development once the SOW is signed. We don’t maintain a bench of idle developers — availability is confirmed before any timeline is committed. If we can’t start within a timeframe that works for you, we’ll say so upfront.
Can a Laravel full stack developer take over a codebase built by someone else?
Yes, and it’s one of the most common scenarios. Codebases change hands — contractors move on, in-house teams downsize, agencies lose the original developer. We run a structured codebase assessment at the start of any takeover engagement: checking for N+1 queries, missing database indexes, hard-coded credentials, outdated package versions, missing tests, and undocumented architectural decisions. The assessment gives us a factual picture of what we’re inheriting and flags anything that needs addressing before new feature development starts — rather than discovering it mid-sprint.