Backend
Laravel
Business systems built on Laravel’s conventions, and operated in production by the same engineers who write the code.
Overview
Laravel is where we reach when a business needs a real system rather than a brochure: an admin panel that non-technical staff live in all day, a billing or booking engine, a multi-tenant SaaS, an internal tool that quietly runs a department. Its value is not novelty. It is that a well-known set of conventions, Eloquent, migrations, the service container, queues, the scheduler, are already there and already agree with each other, so most of the code we write is your domain logic rather than plumbing you will have to maintain forever.
We build on Laravel because it lets a small senior team move at the speed usually reserved for larger ones, without leaving a mess for whoever comes next. A new engineer who knows Laravel can open one of our projects and find controllers, form requests, policies, jobs and Eloquent models exactly where the framework expects them. We operate what we build on Forge and Horizon, so the decisions we make about queues, database indexes and cache invalidation are made by people who will be paged if they are wrong, not handed to someone else at launch.
Best for — Business-critical web applications, SaaS products, admin panels and internal tools where development speed, maintainability and a large talent pool matter more than squeezing out the last millisecond of raw throughput.
Why teams choose Laravel
Conventions that stay legible
Laravel’s opinions mean your codebase looks like everyone else’s good Laravel codebase. That is a feature: onboarding is fast, handover is safe, and you are never locked to the one contractor who understood a bespoke framework.
Speed without a rewrite waiting
The framework hands you auth, validation, queues, migrations and a mature ORM on day one. We spend the budget on your rules, tax logic, approval flows, tenancy, not on rebuilding infrastructure you would only get wrong more slowly.
One team that also runs it
We provision, deploy and monitor on Forge, Horizon and Octane ourselves. Queue depth, slow queries and failed jobs are our problem in production, which changes how carefully we design them before launch.
Why businesses choose Laravel
- Senior engineers write every line; there is no junior pool learning Laravel on your budget behind an account manager.
- We deploy and operate on Forge and Horizon, so architecture choices are grounded in how the system actually behaves under load, not how it demos.
- We are honest when Laravel is the wrong answer and will say so before you commit, rather than framing every problem as a Laravel problem.
- You get a codebase built to Laravel’s conventions that any competent Laravel team can pick up, protecting you from lock-in to us or anyone.
What we build with Laravel
The capabilities this technology is genuinely strong at — and what we most often build with it.
Eloquent ORM and migrations
We model your domain as Eloquent models with explicit relationships, casts and scopes, and every schema change ships as a versioned migration. Eager loading, chunking and query scopes keep large tables fast; the database is designed, not left to the ORM to guess.
Artisan and custom commands
Beyond the built-in generators, we write bespoke Artisan commands for imports, back-fills, reconciliations and maintenance tasks. They run the same way by hand, on the scheduler, or in CI, so operational work is code you can review rather than a forgotten SSH ritual.
Queues, jobs and Horizon
Anything slow, emails, PDFs, exports, webhooks, third-party calls, moves onto queued jobs with retries, backoff and idempotency. Horizon gives us visibility into throughput and failures on Redis, so a spike in signups does not become a stalled web tier.
Task scheduling
The scheduler replaces brittle crontabs with a single, version-controlled definition: nightly billing runs, reminder emails, cache warming, data hygiene. Overlap protection and single-server guarantees stop the classic problem of two servers firing the same job at once.
Authentication and authorisation
Sanctum for SPA and mobile token auth, Passport where full OAuth2 is genuinely required, and policies plus gates for fine-grained permissions. Roles, ownership and tenant boundaries are enforced in one auditable place rather than scattered through controllers.
REST APIs and front-end pairing
We build clean JSON APIs with form-request validation and API resources for consistent shaping, or use Inertia and Livewire when a server-driven UI is the pragmatic choice. The front end, Vue, React or Blade, is chosen to fit the product, not habit.
Use cases
SaaS platforms and multi-tenancy
Subscription products with tenant isolation, plan-based permissions, metered billing and self-service admin. Laravel’s auth, policies and queue infrastructure carry most of the load, so we concentrate on tenancy boundaries and the commercial rules that differentiate you.
Admin panels and internal tools
The systems a business actually runs on: operations dashboards, CRMs, approval workflows, inventory and scheduling. Nova or a bespoke panel plus Eloquent and policies turns messy back-office processes into something staff can use confidently every day.
Business APIs and integrations
A Laravel API as the hub between your front ends, mobile apps and third parties, payment gateways, accounting, logistics, Twilio for SMS and voice. Queued jobs and clear retry semantics keep integrations resilient when an upstream provider has a bad day.
Data processing and reporting engines
Imports, exports, reconciliations and scheduled reports over sizeable datasets, using chunked queries, batched jobs and the scheduler. Heavy work runs in the background and lands as clean output, without dragging down the interactive parts of the app.
When Laravel is the right choice
- You are building a data-heavy business system, admin panel or internal tool where CRUD, roles, reporting and workflows dominate, and Eloquent plus a strong convention set will out-pace a hand-rolled stack.
- You need a REST or JSON API behind a Vue, React or mobile front end, with token auth, validation and resource transformers handled by the framework rather than reinvented.
- The workload has real background processing, invoices, emails, imports, exports, third-party sync, that belongs on queues and a scheduler instead of blocking web requests.
- You want to ship a first useful version in weeks, then evolve it for years, and you value a large hiring pool and a mature ecosystem over bespoke cleverness.
Laravel: pros and cons
Strengths
- Exceptionally productive for CRUD-heavy business systems, with Eloquent, migrations and Blade removing most boilerplate.
- A deep, coherent ecosystem, Forge, Horizon, Nova, Octane, Sanctum, Passport, that is officially maintained rather than a pile of unrelated packages.
- Large, active talent pool in the UK and beyond, so staffing and long-term maintenance are realistic rather than a hiring gamble.
- Queues, scheduling, events and broadcasting are first-class, so background and real-time work does not require bolting on a separate stack.
Trade-offs
- PHP’s per-request model means raw sustained throughput trails Go or a warm Node process unless you run Octane, which we do where it earns its keep.
- Eloquent’s active-record convenience makes N+1 queries and lazy loading easy to write by accident; it needs discipline and eager loading, not blind trust.
- It is not the right tool for hard real-time, heavy streaming, low-latency sockets or CPU-bound number crunching, where a different runtime wins.
- The framework’s magic, facades, dynamic Eloquent attributes, can hide cost and behaviour from engineers who only skim; it rewards people who understand what it is doing.
How we architect Laravel systems
We keep controllers thin and push real behaviour into a domain layer, service classes, actions, and dedicated form-request validation, so business rules are testable in isolation and not tangled with HTTP concerns. Eloquent models hold relationships and query scopes, but complex processes live in explicit classes rather than fat models that grow without limit.
The service container and dependency injection let us bind interfaces to implementations, which keeps third-party services, payment providers, mailers, storage, swappable and mockable. Events and listeners decouple side effects: creating an order raises an event, and invoicing, notifications and analytics react independently, each on its own queue where appropriate.
For anything beyond a small app we lean on jobs, events and the scheduler from the start, because retro-fitting asynchronous processing into synchronous code is painful. The result is a system where the request path stays fast and the heavy lifting is observable, retryable background work.
Performance and where its limits are
Most Laravel performance problems are database problems, so we treat them as such: proper indexes, eager loading to kill N+1 queries, pagination and chunking on large sets, and Redis caching for expensive reads. We profile with real data using tools like Clockwork and Telescope rather than guessing, because the slow query is rarely the one you expected.
When an application needs to hold more concurrent load, we run it on Laravel Octane with Swoole or RoadRunner, which keeps the framework booted in memory and removes per-request bootstrap cost, often a large step up in requests per second. We are candid that this demands stateless-safe code, so we design for it rather than switching it on and hoping.
We are also honest about the ceiling. For hard real-time, high-frequency sockets or CPU-bound workloads, PHP is the wrong runtime, and we will offload that piece to a service better suited to it rather than contorting Laravel to do a job it was not built for.
Security we build in
The framework gives strong defaults, CSRF protection, hashed passwords with bcrypt or argon, prepared statements through Eloquent that block SQL injection, and Blade’s automatic output escaping against XSS, and we make sure they stay on rather than being bypassed for convenience.
Authorisation is centralised in policies and gates, so a permission is defined once and enforced everywhere, and tenant and ownership checks are not left to the memory of whoever wrote a given controller. Sensitive values are encrypted, secrets stay in environment configuration out of the repository, and mass-assignment is controlled explicitly rather than left wide open.
For UK clients we take data-protection obligations seriously: audit trails, soft deletes where records must be retained, signed URLs for private files, and rate limiting on auth and API endpoints. Dependencies are kept patched, because the most common real breach is a neglected package, not an exotic exploit.
Scaling a Laravel application
Laravel scales horizontally when it is built stateless from the outset: sessions, cache and queues on Redis, files on S3 or compatible storage, and no reliance on a single server’s local disk. That lets us run several application nodes behind a load balancer and add capacity by adding instances rather than rewriting.
The database is usually the real constraint, so we plan for it, read replicas for reporting, careful indexing, and queued writes for bursty work. Horizon lets us scale queue workers independently of the web tier, so a flood of background jobs is absorbed by more workers instead of degrading the interactive experience.
We provision on Forge and containerise with Docker where it helps, and we favour scaling the parts that are actually under pressure rather than uniformly. Growth is handled by measuring where the load lands and responding to that, not by over-engineering on day one.
Laravel integrations & ecosystem
The technologies we most often pair with it — each links to how we work with it.
How we work
We start by understanding the domain and the workflows the software has to support, then model the data, because in a business system the schema is the decision everything else follows from. Early on we agree what belongs in the request path and what belongs on queues, so the shape of the system is right before there is much code to change.
We work in small, shippable increments with automated tests around the rules that matter, using Pest or PHPUnit for logic and the framework’s HTTP tests for endpoints. Deployments are automated through Forge and run behind feature flags where a change is risky, so we can release often and roll back calmly.
Because we operate what we build, monitoring, error tracking and queue dashboards are part of the initial delivery, not an afterthought. You get a system that is observable from day one and a team that already knows how it behaves in production.
The service behind it
Delivered throughCustom Software DevelopmentWhat we build with Laravel
The disciplines this technology most often shows up in — from a first build to taking over and stabilising an existing one.
How we deliver
- 01
Discover
We map the system, the constraints and the business it serves — including the parts nobody documented.
Architecture brief
- 02
Architect
Decisions get made, written down and defended before a line of production code exists.
Decision records
- 03
Build
Short cycles against working software. You see progress in the product, not in a status deck.
Shipping increments
- 04
Operate
Monitoring, incident response and iteration. The system is alive, so the engagement is too.
Runbooks & SLOs
Industries we use Laravel in
Domain knowledge changes what gets built. A few of the sectors we know before the first meeting.
Also in Backend
Why teams choose us for Laravel
We operate what we ship
Forge, Horizon and the on-call pager are ours. Queue design, indexing and caching are decided by people who will be woken up if they get it wrong, which is a very different discipline from handing code over at launch.
Senior-led, no hidden juniors
The engineer scoping your project is the engineer building it. You are not paying senior rates for work quietly passed to someone learning Laravel on your system.
Honest about fit
We will tell you when Laravel is the wrong tool for part of the problem and propose the right one, because a working system matters more to us than defending a framework choice.
Typical timeline
- 01
Discovery and modelling
We map the workflows, agree the domain model and database schema, and settle the async and integration boundaries. Output is a clear plan and a working skeleton, usually within the first week or two.
- 02
Core build
The main flows come to life: Eloquent models and migrations, controllers and policies, the admin surface and the primary user journeys, shipped in reviewable increments rather than one big reveal.
- 03
Integrations and background work
Payments, third-party services, imports and exports move onto queues with retries and monitoring, and the scheduler takes over recurring tasks. This is where resilience is designed in.
- 04
Hardening and launch
Performance profiling, security review, load-appropriate tuning including Octane where warranted, and deployment on Forge with monitoring live. We launch, then stay to operate it.
How pricing works
- We work on fixed-scope phases or a monthly retainer, whichever fits the engagement, and we quote against a defined outcome rather than an open-ended hourly meter.
- A well-defined MVP for a business system or SaaS typically runs over a small number of focused weeks; the cost is driven by the complexity of your rules and integrations, not by page count.
- Because every engineer is senior, you pay for fewer hours of more effective work, and you are not funding a training curve or layers of coordination.
- Ongoing support, feature work and operations are offered as a retainer, so the people who built the system are the ones maintaining and running it.
Hire Laravel engineers
Need Laravel capacity on your own team? We embed named senior engineers into your existing team — reporting to your leads, working in your rituals — so you add capacity without a hiring cycle.
Hire Laravel engineersCommon questions
Is Laravel fast enough for a serious production application?
For the vast majority of business systems, yes, comfortably, because the bottleneck is almost always the database rather than PHP. We fix that with indexing, eager loading and caching, and when true high concurrency is needed we run Laravel Octane to keep the framework in memory. Where a workload genuinely needs a different runtime, hard real-time or CPU-bound processing, we say so and offload that piece.
Should we use Livewire, Inertia, or a separate Vue or React front end?
It depends on the product. For admin panels and content-driven interfaces, Livewire or Inertia keeps everything in one Laravel codebase and ships faster. For a rich, app-like interface or a shared mobile back end, a separate Vue or React front end talking to a Laravel API is the better fit. We choose based on the interface you actually need, not a house preference.
How do you keep Eloquent from causing performance problems at scale?
The usual culprit is N+1 queries and unbounded lazy loading, so we eager-load relationships deliberately, use query scopes, paginate and chunk large sets, and lean on Redis for expensive reads. We profile against realistic data volumes rather than a handful of seed rows, because problems that are invisible on ten records are painful on ten million.
Can you take over an existing Laravel project from another team?
Yes, and it is common. Because Laravel has strong conventions, a healthy codebase is quick for us to read, and where a project has drifted from them we can assess and stabilise it. We start with an audit of the schema, queues, tests and dependencies, then agree a path that improves it without a risky big-bang rewrite.
Which parts of the Laravel ecosystem do you actually use in production?
Forge for provisioning and deployment, Horizon for queue monitoring on Redis, Sanctum or Passport for auth depending on whether we need simple tokens or full OAuth2, Octane where concurrency demands it, and Nova or a bespoke panel for admin. We adopt tools because they earn their place operationally, not to lengthen a feature list.
Building on Laravel?
A technical conversation with the engineers who would do the work. If we are not the right fit, we will say so on the call.