Mobile backends built for the way phones actually work.
Laravel backends for iOS, Android, React Native, and Flutter apps. REST and GraphQL APIs designed for thin pipes and patchy connectivity, push notifications through FCM, offline sync with conflict resolution, and real time updates through Reverb. Built for production traffic, not happy path demos.
- REST and GraphQL APIs with proper versioning and documentation
- Sanctum, Passport, Socialite, and SSO through SAML or OIDC
- FCM and APNs push notifications with delivery tracking
- Offline sync, file uploads through S3 presigned URLs, real time through Reverb
The server side that mobile apps actually need.
Laravel mobile backend, in plain terms.
A Laravel mobile app backend is the server side application that powers iOS, Android, React Native, or Flutter mobile applications. It handles authentication, business logic, data storage, third party integrations, push notifications, file uploads, and real time updates. Mobile clients consume the backend through REST or GraphQL APIs, with Laravel Sanctum or Passport handling token authentication.
The honest summary: the Laravel backend is the same architectural piece regardless of which mobile platform the client app is built on. One backend can serve iOS, Android, React Native, and Flutter clients simultaneously, which is why most modern mobile products run a single Laravel API behind multiple platform specific frontends. We have shipped Laravel mobile backends across fintech, healthcare, logistics, eCommerce, and consumer apps since 2007, including backends sustaining 50,000 plus concurrent mobile users with P95 response times under 150ms.
Mobile is not just "web but smaller".
Mobile clients run under constraints that web frontends rarely deal with. A backend designed only for web will fail in mobile production. Here is what mobile changes.
Mobile apps run on thin and patchy network connections (4G, public WiFi, underground transit) where bandwidth and latency matter. Response payloads must be smaller, retries must be smarter. Mobile apps need token authentication not session cookies, because tokens survive app reinstalls and device transfers. Push notifications are a first class capability not an afterthought, with separate delivery paths through FCM and APNs. Offline support is expected for any app users open without checking connectivity. File uploads are larger (camera photos, video) and need direct to storage paths to avoid blocking the backend. Background sync is constrained by OS rules (iOS background fetch, Android JobScheduler). The Laravel backend must respect all of these.
One Laravel backend, four mobile frontends.
We build mobile apps in React Native, Flutter, native iOS (Swift), and native Android (Kotlin), all consuming the same Laravel backend. Most clients prefer a single team handling both sides because it removes coordination overhead and avoids API contract drift.
iOS native
Swift with SwiftUI or UIKit, consuming Laravel APIs. Sign in with Apple, Apple Pay, and APNs push integration handled on the backend.
Android native
Kotlin with Jetpack Compose, consuming Laravel APIs. Google Sign In, Google Pay, and FCM push integration handled on the backend.
React Native
One codebase shipping iOS and Android with shared business logic. TypeScript, Expo or bare workflow, and shared types with Laravel backend.
Flutter
One codebase shipping iOS and Android with native performance through Dart. Material and Cupertino widgets, Riverpod or Bloc for state.
The honest rule: for most consumer mobile apps shipping to both iOS and Android, React Native is the right call because shared business logic cuts development time significantly. Flutter is the right call when animation quality and pixel perfect cross platform consistency matter. Native iOS and Android are right when the app needs platform specific features (advanced AR, deep iOS or Android integration) or when one platform dominates the audience. We will recommend honestly based on your audience, team, and feature requirements.
REST is the default. GraphQL has its place.
Both work well for mobile backends. We build both. Here is how we recommend which to pick for your specific use case.
Pick REST when
Your mobile app has straightforward data needs, you want simpler client side code, and bandwidth conservation through HTTP caching matters. The default choice for most mobile apps.
Best for
- Simple to moderate data needs per screen
- Apps where HTTP caching adds real value
- Teams stronger in REST conventions
- Backend powering one or two client types
- Time to ship matters more than payload optimisation
Pick GraphQL when
Your mobile app has variable query shapes per screen, bandwidth is critical, or you have multiple client types (mobile, web, partner) consuming the same backend with different field needs.
Best for
- Dashboards with many widgets fetching different fields
- Bandwidth critical apps (emerging markets, low end devices)
- Multiple client types sharing one backend
- Apps with complex nested relationships
- Teams already strong in GraphQL tooling
The honest summary: REST wins for 80 percent of mobile backends because it is simpler, cacheable through HTTP layers, well understood by every mobile platform, and has lower client side overhead. GraphQL wins when you have a real need for query flexibility or you are serving multiple client types from the same backend. Both can be done well with Laravel.
Everything a production mobile backend needs.
Not just endpoints. The full engineering toolkit that takes a mobile backend from architecture to production with proper auth, push, sync, and observability.
REST or GraphQL APIs
Versioned API endpoints with OpenAPI spec or GraphQL schema. Proper pagination, sparse fieldsets, filtering, and response shaping for mobile bandwidth constraints.
Token auth & SSO
Sanctum or Passport for token issuance. Sign in with Apple, Google, Facebook through Socialite. SAML or OIDC SSO for corporate mobile apps. Token refresh and expiry handled properly.
FCM & APNs push
Firebase Cloud Messaging integration with device token registration, topic subscriptions, broadcast notifications, and delivery tracking through webhooks. OneSignal alternative supported.
Offline sync
Conflict resolution policies (last write wins, client wins, or three way merge). Idempotency keys preventing duplicates. Batched change uploads when connectivity returns.
File uploads through S3
Direct to S3 uploads through presigned URLs, avoiding backend bandwidth costs. Image resizing through Lambda or ImageKit. Video transcoding through AWS MediaConvert where needed.
Real time updates
Laravel Reverb or Pusher for chat, presence, live order tracking, and collaborative editing. Sub 100ms latency from server event to mobile UI update.
API documentation
Auto generated docs through Scribe or Stoplight from the OpenAPI spec. Postman collection for client developer testing. Versioned changelog for breaking changes.
Monitoring & analytics
Pulse for performance, Sentry for errors (with mobile crash reports correlated), structured logging with device and OS context, and PagerDuty alerts for sustained outages.
Named senior engineers on every backend.
Our mobile backend work is led by project managers with deep experience in API design, Node and Laravel backends serving mobile clients, and the operational realities of mobile traffic patterns.
Gaurav Ray
Project Manager, Mobile Backend Lead
Six steps from API design to mobile launch.
API contract locked in week one. Token auth strategy decided before code is written. Two week build sprints with working endpoints demoed in Postman. Push notifications and sync engineered, not bolted on.
Discovery & API Design
Map mobile user journeys, design REST or GraphQL contract, identify push notification triggers, file upload patterns, and offline requirements. Output is an OpenAPI spec or GraphQL schema signed off before kick off.
Auth & Token Strategy
Sanctum or Passport configured, token expiry and refresh flows tested, social login through Socialite where needed, SSO through SAML or OIDC for corporate mobile apps.
Backend Build with Pest Tests
Endpoints built in two week sprints with Pest tests using HTTP fakes and Laravel test factories. API documentation auto generated from OpenAPI spec. Larastan static analysis on every PR.
Push, Real Time & Reverb
FCM and APNs configured. Push notification queue through Horizon. Real time updates through Laravel Reverb or Pusher for chat, presence, and live data.
Sync, Uploads & Caching
Offline sync protocol with conflict resolution. Direct to S3 file uploads with presigned URLs. Response caching with ETag and cache-control for bandwidth conservation.
Deploy, Monitor & API Docs
Deploy through Forge, Vapor, or AWS with Pulse for performance, Sentry for errors, structured logging, and published API documentation through Scribe or Stoplight.
The tools we use for production mobile backends.
Production tested across mobile apps serving millions of users. Mature, supported, and well documented across the Laravel and mobile ecosystems.
Laravel & runtime
API & auth
Push & real time
Storage & queues
Mobile clients
Monitoring & QA
A mobile backend we shipped.
One detailed snapshot from mobile backend work across our 1,300 plus delivered projects. Full case studies sit in our portfolio.
Consumer mobile backend sustaining 50,000 concurrent users at P95 sub 150ms
"Acquaint built a Laravel backend that survives our Friday evening peak. 50,000 plus concurrent users, four million daily API requests, zero downtime over the launch quarter. The push notification delivery alone has saved us from building three internal tools we thought we needed."
A consumer entertainment platform was launching a React Native mobile app to its 1.2 million existing web users. The previous engineering vendor had quoted six months and a six figure budget for the backend alone, citing concerns about Laravel handling expected peak loads. The product team needed to ship in time for a major sponsored event in 14 weeks, with budget allocated for the mobile build and not for over engineering. The backend had to handle authentication, video metadata, push notifications, real time chat during events, and Stripe payments for premium content. Peak concurrent users at the sponsored event were projected at 50,000 plus.
Twelve week Laravel 11 backend build with Octane plus Swoole for runtime performance, Sanctum for token auth, FCM for push notifications, Reverb for real time chat, S3 with CloudFront for video metadata serving, and Stripe Cashier for payments. The API was a single versioned REST contract documented through Scribe and consumed by the React Native client. Horizon backed Redis queues handled all async work (push fanout, payment webhooks, chat moderation). Load testing through k6 simulated 80,000 concurrent users at four times projected peak, validating that the architecture held. The sponsored event in week 14 peaked at 52,000 concurrent users with P95 response time at 142ms and zero unplanned downtime. The backend has continued to scale since launch without architectural changes.
Three ways to engage on a mobile backend.
Most clients run Fixed Price for the initial backend build, then keep a Dedicated Developer for ongoing API extensions, new mobile features, and integration work as the application evolves.
Dedicated Developer
- Full time, exclusive to your product
- 176 hours per month per engineer
- 5 day developer replacement clause
- Direct Slack and email access
Fixed Price Backend
- Discovery, API design, build, QA, launch
- Project lead, backend engineers, QA included
- Two week sprint demos throughout
- Post launch handover with full docs
Time & Material
- Hourly billing, weekly invoices
- Scale team up or down on demand
- Effective rate from $18 per hour long term
- Full transparency on hours worked
Questions teams ask before starting a web app project.
Cannot find your answer here? Speak directly to our team. No sales pitch.
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What is a Laravel web application?
A Laravel web application is a server rendered or hybrid web app built using the Laravel PHP framework. It can serve interactive dashboards, multi tenant SaaS products, customer portals, internal business systems, marketplace platforms, or anything that needs structured server side logic with a polished user interface. Laravel handles routing, database access, authentication, queues, real time events, and testing out of the box, so engineering teams ship faster than writing raw PHP and end up with code that is much easier to maintain over the years.
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How long does it take to build a web application with Laravel?
A focused MVP usually ships in 6 to 10 weeks with two engineers. A mid sized business application with several modules, third party integrations, and a polished admin lands in 3 to 5 months. Enterprise web platforms with multi tenancy, compliance work, and heavy custom logic typically run 6 to 12 months. The timeline depends on feature scope, decision speed, and how complete the specification is on day one. We share a week by week estimate after the discovery call.
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What types of web apps can be built with Laravel?
Almost any server backed web product. The common types we ship are multi tenant SaaS platforms, internal business systems, customer portals, marketplace and listing platforms, content management systems, fintech and payment backends, learning platforms, healthcare and telehealth tools, real time dashboards, and APIs that power mobile apps. Laravel scales from a single founder MVP all the way to enterprise grade systems running across multiple servers.
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Is Laravel suitable for large web applications?
Yes. Laravel is used in production by FedEx, Disney Hotstar, BBC, Razorpay, and Pfizer, all of which run very large web applications. For scale, we use queue workers with Horizon, Redis caching, read replicas, horizontal scaling on Forge or Vapor, and asynchronous job processing. We have shipped Laravel platforms serving 40,000 plus concurrent users and 80,000 plus loan applications per month on a single architecture.
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Does Laravel work for real time web applications?
Absolutely. Laravel ships with native real time support through Reverb (the official WebSocket server), broadcasting events through Pusher or Ably, and Livewire 3 for reactive UI without a separate SPA. Common real time features we build include live notifications, collaborative dashboards, chat, live order tracking, and presence indicators. For deeper real time work we pair Laravel with Livewire and Alpine.js. More on our Livewire development page.
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How much does Laravel web application development cost?
A focused Laravel web app MVP starts around $12,000 to $20,000. Most mid sized business apps land between $30,000 and $90,000. Enterprise platforms with multi tenancy, compliance, and integrations typically run $80,000 to $250,000. Dedicated Laravel developers at Acquaint Softtech start at $22 per hour or $3,200 per month full time. A full breakdown sits on our Laravel development cost page.
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How do you scale a Laravel web application?
Scaling Laravel is well understood. We profile bottlenecks with Telescope and Pulse, move heavy work to queues processed by Horizon, cache aggressively with Redis, introduce read replicas for the database, and horizontally scale the application layer through Forge or Vapor. For very large workloads we add CDN caching, edge functions, and asynchronous event driven flows. We have taken Laravel applications from a 12 second cold start to sub second response times in three sprints.
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Web application vs website in Laravel, what is the difference?
A website is mostly informational with limited interactivity. A web application has logged in users, data that persists, business logic, and workflows. Both can be built with Laravel, but a web application uses Laravel's full strength (authentication, authorisation, database modelling, queues, events, real time, testing) while a website often runs on a much lighter setup. If you log in, perform actions, and the system remembers state, you are looking at a web application.
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Do you build greenfield web apps or also rebuild existing ones?
Both. Roughly 60 percent of our Laravel work is greenfield, where we take a fresh idea or specification and ship the first production version. The other 40 percent is replatform work, where we modernise legacy PHP or migrate from CodeIgniter, WordPress, or older Laravel versions. For replatform projects we maintain feature parity, run shadow testing, and cut over with zero data loss. More on our migration services page.
What teams usually pair with mobile backends.
Mobile backends rarely stand alone. Most clients combine the backend with one or more of these.
API Development
REST and GraphQL APIs with proper versioning, pagination, and documentation.
Integration Services
Stripe, Firebase, Twilio, and 100+ third party integrations for mobile apps.
SaaS Development
Multi tenant SaaS backends with subscription billing and mobile auth.
Custom Development
Bespoke Laravel applications combining mobile backend with custom workflows.
MVP Development
Faster mobile app and backend builds for founders validating an idea.
Maintenance & Support
SLA tiers for ongoing security, monitoring, and API iteration after launch.
Laravel Development Cost
Pricing breakdown by project type, region, and engagement model.
All Laravel Services
Browse our full Laravel development service catalog.
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