Backend
Laravel Development Company
A framework whose conventions are its real product. We build business systems on Laravel that any competent Laravel team could pick up, and we operate them ourselves.
Overview
Laravel is a full-stack PHP framework, and the thing worth understanding about it is that its value is not any individual feature. It is that a large set of decisions has already been made, and those decisions agree with each other. Routing, the service container, Eloquent, migrations, validation, authorisation policies, queues, the scheduler, events, broadcasting, mail, storage and testing all arrive assembled and expecting each other. You are not integrating seven libraries with seven philosophies and writing the glue yourself. You are configuring one coherent thing, which is a materially different and far more tractable kind of work.
That coherence buys two specific things. First, velocity: a small senior team moves at a pace usually associated with a larger one, because most of the code being written is your domain rather than infrastructure you would then have to maintain forever. Second, and more valuable over five years, legibility. An engineer who knows Laravel can open a well-built Laravel project and find controllers, form requests, policies, jobs, events and Eloquent models exactly where the framework expects them. Onboarding is fast, handover is safe, and you are never hostage to the one contractor who understood a bespoke in-house framework nobody else has seen.
We reach for Laravel when a business needs a real system rather than a brochure: an admin panel that non-technical staff live inside all day, a billing or booking engine, a multi-tenant subscription product, an operations tool that quietly runs a department, an API behind a mobile app. These are workloads where create-read-update-delete operations, roles, workflow, reporting and background processing dominate, and where a strong convention set plus a mature ORM comfortably out-paces anything hand-rolled. The framework is not novel and that is precisely the point.
We also operate what we build, on Forge and Horizon or in containers, which changes the decisions made months earlier. Queue design, database indexing, cache invalidation strategy and deployment shape are all chosen by people who will be paged if they are wrong, rather than handed to someone else at launch. And we are candid about where Laravel’s conveniences start charging interest, because a framework that makes the first three months delightful and the third year painful is a bad trade, and avoiding that outcome is mostly a matter of how you use it.
Best for: Business-critical web applications, subscription products, admin panels, internal tools and APIs, where development speed, long-term maintainability and a deep talent pool matter more than squeezing out the last millisecond of raw throughput.
Why teams choose Laravel
Conventions that keep a codebase legible
Laravel’s opinions mean your codebase looks like every other good Laravel codebase. That is the feature. A new engineer is productive in days rather than months, handover to another team is a real option rather than a threat, and you are protected from lock-in to whoever built it, including us.
Velocity without a rewrite waiting at the end
The framework hands you authentication, authorisation, validation, queues, migrations and a mature ORM on day one. Budget goes into your tax logic, approval flows, tenancy rules and pricing model, not into rebuilding infrastructure that you would only get wrong more slowly and then have to maintain.
Background processing designed in, not added later
Queues, jobs, batching, retries, the scheduler and events are core framework concerns with excellent ergonomics. That means slow and unreliable work lives off the request path from the first week, which is the single biggest determinant of whether a business system feels fast a year in.
An ecosystem that is actually maintained
Forge, Horizon, Octane, Sanctum, Passport, Cashier, Reverb and Nova are officially maintained and versioned together with the framework, rather than being a pile of unrelated packages with divergent lifecycles. Upgrades are a coordinated event rather than an archaeology project.
One team that also runs it
We provision, deploy and monitor the systems we write. Queue depth, slow queries, failed jobs and deployment behaviour are our problem in production, which changes how carefully they are designed before launch. That feedback loop is worth more than any individual technical decision.
Why businesses choose Laravel
- You need a business-critical system in production quickly, and you need it to still be maintainable and hireable-for in five years.
- Your product depends on background processing, scheduled work and third-party integrations that must be resilient rather than merely functional.
- You want a codebase built to the framework’s conventions, so any competent Laravel team can take it over and you are not locked to a single supplier.
- You want the people making architectural decisions to be the people carrying the pager, so queue design and indexing are grounded in production behaviour rather than in how it demos.
- You have an existing Laravel application that has drifted from the conventions, become slow, or fallen behind on versions, and you want it assessed and stabilised by people who will not simply propose starting again.
- You want to be told plainly which parts of your problem Laravel is the wrong answer for, before those parts are built in it.
What we build with Laravel
The capabilities this technology is genuinely strong at, and what we most often build with it.
Eloquent, modelled deliberately
We model your domain as Eloquent models with explicit relationships, casts, enums and query scopes, and every schema change ships as a versioned migration reviewed like any other code. Eager loading is deliberate, large sets are chunked or paginated, and the database is designed with indexes chosen for the queries that actually run rather than left for the ORM to guess at.
Queues, batching and Horizon
Anything slow or unreliable moves onto queued jobs: emails, documents, exports, webhooks, third-party calls, synchronisation. Jobs are idempotent, retried with backoff, have a defined failure path, and are grouped into batches where a set of work must succeed or fail together. Horizon gives visibility into throughput, wait times and failures on Redis, so a spike in signups becomes a busier queue rather than a stalled web tier.
The scheduler instead of crontabs
Nightly billing runs, reminder emails, cache warming, reconciliations and data hygiene defined in one version-controlled place rather than scattered across servers in crontabs nobody has read in three years. Overlap protection and single-server guarantees prevent the classic failure where two application nodes fire the same billing job at the same time.
Authentication and authorisation done once
Sanctum for single-page and mobile token authentication, Passport where full OAuth2 is genuinely required, and policies and gates for fine-grained permissions. Roles, record ownership and tenant boundaries are enforced in one auditable place rather than reimplemented from memory in each controller, which is where authorisation bugs are actually born.
Custom Artisan commands as operational code
Beyond the generators, we write bespoke commands for imports, back-fills, reconciliations and maintenance work. They run identically by hand, on the scheduler or in continuous integration, so operational procedures are reviewable, testable code rather than an undocumented SSH ritual known to one person.
APIs and front-end pairing
Clean JSON APIs with form-request validation, API resources for consistent shaping, and versioning where external consumers depend on you. Where a server-driven interface is the pragmatic choice, Livewire or Inertia keeps everything in one codebase; where the product needs a rich client or shares a back end with a mobile app, a separate Vue or React front end talking to the API is the better fit. The choice follows the product, not habit.
Multi-tenancy designed rather than improvised
Tenant isolation decided explicitly at the start: shared schema with scoped queries, separate schemas, or separate databases, each with different operational and cost consequences. This is the decision that is nearly impossible to change later, so it gets proper attention rather than a default, along with the global scopes and middleware that make a cross-tenant data leak structurally difficult.
Octane where concurrency justifies it
For applications that need to hold more concurrent load, Octane with Swoole or RoadRunner keeps the framework booted in memory and removes per-request bootstrap cost. It demands code that holds no state between requests, so we design for it deliberately from the start rather than enabling it later and discovering which singleton was quietly remembering the last user.
Use cases
Subscription platforms and multi-tenant products
Tenant isolation, plan-based permissions, metered or seat-based billing, self-service administration and a customer portal. The framework carries authentication, policies and queues, so the work concentrates on tenancy boundaries and the commercial rules that actually differentiate the product.
Admin panels and operations tools
The systems a business genuinely runs on: dashboards, approval workflows, inventory, scheduling, case management, customer records. Eloquent and policies plus a well-built panel turn messy back-office processes into something staff can use confidently every day, which is usually worth far more than a public-facing redesign.
Business APIs and integration hubs
A Laravel API as the hub between your web front end, mobile applications and third parties: payment gateways, accounting, logistics, messaging and voice providers. Queued jobs with clear retry and idempotency semantics keep integrations resilient when an upstream provider has a bad afternoon, which they will.
Billing, invoicing and financial workflow
Recurring billing, proration, dunning, credit notes, tax rules and reconciliation against a payment provider. This is precisely the kind of rule-dense, background-heavy, audit-sensitive work Laravel handles well, provided the money logic lives in tested domain classes rather than inside a controller.
Reporting and data processing 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 the interactive parts of the application down with it.
Taking over an existing Laravel application
A project inherited from another team or a departed contractor: assessing the schema, the queue design, the test coverage, the version position and how far it has drifted from the conventions, then stabilising and improving it incrementally rather than proposing to start again.
When Laravel is the right choice
- Right for data-heavy business systems, admin panels and internal tools where records, roles, permissions, workflows and reporting dominate. Eloquent plus a strong convention set will out-pace a hand-rolled stack by a wide margin here, and the resulting code stays legible to the next team.
- Right for subscription products and multi-tenant platforms, where authentication, authorisation policies, billing integration, queues and a scheduler are all needed on day one and none of them are what makes your product distinctive.
- Right when you need a JSON API behind a Vue, React, Next.js or mobile front end, with token authentication, form-request validation and resource transformers handled by the framework rather than reinvented once per project.
- Right when the workload has real background processing: invoices, exports, imports, notifications, third-party synchronisation, scheduled reconciliations. Laravel’s queue and scheduler design is one of the best in any ecosystem, and it is first-class rather than bolted on.
- Right when you want a first useful version in weeks and then to evolve it for years, and you value a deep hiring pool and a mature, officially maintained ecosystem over bespoke cleverness.
- Wrong for hard real-time, high-frequency sockets, live streaming or anything requiring persistent stateful connections at volume. Laravel Reverb and broadcasting cover modest real-time needs well, but if pushing data continuously is the core of your product, use Node or Go for that part.
- Wrong for CPU-bound work: media processing, large-scale data transformation, machine learning inference on the request path. The runtime is the wrong shape and no amount of framework skill changes that. We would offload it to a service built for the job.
- Wrong when your team has no PHP background and no reason to acquire one, or when your organisation has standardised on another stack for good operational reasons. A framework nobody in your building can maintain is a liability regardless of its quality.
- Wrong for a simple content site or brochureware. WordPress, a static site generator or a plain server-rendered page will be cheaper to build, cheaper to run and easier to hand to a marketing team. Reaching for Laravel here is engineering for its own sake.
Laravel: pros and cons
Strengths
- Exceptionally productive for record-heavy business systems: Eloquent, migrations, form requests, policies and Blade remove most of the boilerplate that otherwise dominates these projects.
- A deep, coherent, officially maintained ecosystem covering provisioning, queue monitoring, concurrency, authentication, billing and admin panels, all versioned alongside the framework.
- Queues, batching, scheduling, events and broadcasting are first-class, so asynchronous and scheduled work does not require bolting on a separate stack or a second language.
- A large and active talent pool, so staffing, handover and long-term maintenance are realistic rather than a hiring gamble on a niche skill.
- Testing is genuinely well supported, with Pest or PHPUnit plus framework HTTP and database testing helpers that make integration tests cheap enough that people actually write them.
- Excellent documentation and an unusually large body of high-quality community material, which meaningfully lowers the cost of onboarding and of solving an unfamiliar problem.
Trade-offs
- The magic has a debugging cost, and it is the honest headline objection. Facades resolve through the container at runtime, Eloquent generates attributes and relationships dynamically, and the framework does a great deal for you through mechanisms that are not visible at the call site. When something behaves unexpectedly, a stack trace can pass through many layers of framework indirection before it reaches anything you wrote. Static analysis and editor tooling need helper packages to understand it. Engineers who only skim the surface produce code that works and that nobody, including them, can explain six months later. It rewards people who have read what the framework is actually doing, and it quietly punishes people who have not.
- Eloquent makes performance problems easy to write by accident. Lazy loading inside a loop issues one query per row and is completely invisible on ten seed records while being catastrophic on ten million. Active-record convenience encourages fetching whole models to read one column, and mass hydration of large result sets consumes memory fast. None of this is a defect exactly, but it means the ORM needs discipline, eager loading, chunking and query scopes, rather than blind trust.
- The upgrade treadmill is real. Laravel ships a major version annually, with bug fixes for months and security fixes for roughly two years per release. That cadence is manageable if you upgrade routinely and painful if you do not, because two or three versions of drift turns a day of work into a project, and third-party packages fall out of support alongside it. Budgeting for regular upgrade work is not optional, it is part of the cost of the framework.
- Convention is a benefit right up to the point your problem does not fit, and then it becomes friction. Unusual data models, legacy schemas that do not follow Eloquent’s expectations, or domain logic that resists the framework’s shape will all cost more here than in a more explicit framework such as Symfony.
- PHP’s per-request model means sustained raw throughput trails Go or a warm Node process unless you run Octane, and Octane in turn demands genuinely stateless-safe code, so it is a design decision rather than a switch to flip when things get slow.
- It is not the right tool for hard real-time, heavy streaming, low-latency sockets or CPU-bound computation, and using it there will produce a system that is disappointing in ways no amount of tuning fixes.
- The framework encourages fat models and fat controllers if nobody pushes back. Left unchecked, business logic accumulates in Eloquent models and controller actions until the codebase has no testable core at all, which is the most common way a fast Laravel start becomes a slow Laravel third year.
How we architect Laravel systems
The single most important architectural decision in a Laravel project is where business logic lives, because the framework will happily let it accumulate in controllers and Eloquent models until there is no testable core left. We keep controllers thin: they receive a validated form request, call one thing, and return a response. Real behaviour lives in explicit action or service classes that take typed inputs and return typed results, and that can be tested without booting an HTTP request. Models hold relationships, casts and query scopes rather than the rules of your business. This is the difference between a codebase that is still pleasant in year three and one that is not.
The service container and dependency injection do real work for us here. Binding interfaces to implementations keeps payment providers, mailers, storage drivers and third-party clients swappable and mockable, which makes integration code testable without hitting anyone’s sandbox. We use facades where they are genuinely the clearest option and constructor injection where the dependency matters, because a class whose dependencies are visible in its signature is a class you can reason about without reading the framework.
Events and listeners decouple side effects, carefully. Creating an order raises an event, and invoicing, notification and analytics react independently, each queued where appropriate. Used well this keeps the primary flow readable. Used carelessly it produces a system where nobody can determine what happens when a record is saved, so we are deliberate about what deserves to be an event and what should simply be a call in an action class. Implicit control flow is a cost, not a virtue.
Asynchronous boundaries are decided at the start, not retro-fitted. We agree early what belongs in the request path and what belongs on a queue, because turning synchronous code asynchronous later means revisiting error handling, user feedback and data consistency everywhere at once. The rule of thumb is simple: if it calls a third party, generates a document, sends a message or processes more than a handful of records, it is a job.
Multi-tenancy, if it applies, is settled before anything else, because it is the one decision that cannot be reversed cheaply. Shared schema with global scopes is the cheapest to run and the easiest to leak from. Separate databases are the safest and the most operationally expensive. We choose explicitly against your compliance obligations, customer size and expected tenant count, and then make the boundary structurally enforced rather than dependent on every developer remembering.
Performance, and where the ceiling actually is
Nearly every Laravel performance problem is a database problem wearing a framework costume. The dominant cause is the N+1 query: a relationship accessed inside a loop, issuing one query per row, entirely invisible on a development database with twenty seed records and ruinous on a production table with two million. We eager-load deliberately, use query scopes, paginate and chunk large sets, select only the columns needed rather than hydrating whole models to read one field, and index against the queries that actually run. Then we profile with realistic data volumes using Telescope, Clockwork or a proper profiler, because the slow query is reliably not the one anybody predicted.
The second layer is caching, applied with intent. Expensive computed reads go to Redis with a considered invalidation strategy rather than a hopeful time-to-live, configuration and routes are cached in production, and view compilation is warmed at deploy. We are wary of caching as a response to a slow query, because it converts a visible problem into an invisible one that returns later wearing a different hat and holding stale data.
The third is keeping the request path short. Anything that calls a third party, generates a file or touches many records belongs on a queue, and Horizon tells us whether the workers are keeping up. A web tier that stays fast under load usually got there by doing less, not by being tuned harder.
When an application genuinely needs to hold more concurrent load, Octane with Swoole or RoadRunner keeps the framework booted in memory and removes the per-request bootstrap cost, which is a significant step up in requests per second. We are candid that it requires code with no state leaking between requests: static properties, singletons holding request data, and container bindings that assume a fresh boot will all misbehave in ways that are difficult to diagnose. We design for it rather than switching it on and hoping.
And we are honest about the ceiling. For hard real-time, high-frequency sockets or CPU-bound processing, PHP is the wrong runtime and Laravel cannot rescue it. In those cases we offload that specific piece to a service better suited to it and keep Laravel doing what it is genuinely excellent at, rather than contorting the framework to do a job it was never built for.
Security we build in
Laravel gives strong defaults and most of our job is ensuring nothing quietly reaches around them. Cross-site request forgery protection is on, passwords are hashed with bcrypt or Argon2, Eloquent and the query builder use prepared statements that block SQL injection, and Blade escapes output automatically. The vulnerabilities we find in Laravel applications are nearly always in the code that bypassed these for convenience: a raw query built with request data, an unescaped Blade output added to render some HTML from the database, a middleware skipped on one route.
Authorisation is the area where Laravel applications most often fail in practice, and it fails through inconsistency rather than absence. A policy exists but one controller checks it and another does not; an API endpoint validates that a user is logged in but never that the record belongs to them. We centralise authorisation in policies and gates, enforce it at the point of data access rather than only at the route, and apply tenant and ownership scoping globally so that forgetting a check fails closed rather than open. Mass assignment is controlled explicitly rather than left permissive.
Around that go the operational fundamentals: rate limiting on authentication and API endpoints, signed URLs for private files, encrypted casts for sensitive fields, audit trails and soft deletes where records must remain accountable, and secrets held in environment configuration or a managed store rather than the repository. Under UK and European data protection obligations these are requirements rather than refinements, and they belong in the build rather than in a pre-launch scramble.
Dependencies are the other half of the story. The most common real-world compromise is a neglected package or an unpatched framework version, not an exotic exploit, so we keep Composer dependencies audited and current and treat framework upgrades as scheduled maintenance. A Laravel application two major versions behind is not merely dated, it is outside the security support window, and that is a decision to accept unpatched vulnerabilities whether or not anyone framed it that way.
Scaling a Laravel application
Laravel scales horizontally cleanly when it is built stateless from the outset: sessions, cache and queues on Redis, uploaded files on object storage rather than local disk, and no reliance on a particular server having handled a previous request. That lets several application nodes sit behind a load balancer and lets capacity be added by adding instances. It is a cheap decision on day one and a genuinely disruptive one to retro-fit, which is why we make it immediately even for applications that will not need it for years.
Because queue workers scale independently of the web tier, load can be absorbed asymmetrically, which is one of the framework’s underrated strengths. A flood of imports or notifications is met by adding workers rather than by degrading the interactive experience, and Horizon makes the decision an observation rather than a guess. We separate queues by priority so that a backlog of overnight exports never delays a password reset email, which is a small piece of design that prevents a recurring category of complaint.
The database is nearly always the real constraint, so it gets planned for rather than discovered. Deliberate indexing, read replicas where reporting competes with transactional work, careful pagination on large tables, and queued writes for bursty workloads. Where reporting queries genuinely conflict with the application, moving them to a replica or a separate read model is usually a far better answer than adding application servers that all queue behind the same database.
We provision on Forge or containerise with Docker and orchestrate where it earns its place, and we scale the parts that are actually under pressure rather than uniformly. Growth is handled by measuring where load lands and responding to it, not by over-engineering a distributed architecture on day one for traffic that may never arrive. Most Laravel applications need a better index far more than they need another server.
Laravel integrations & ecosystem
The technologies we most often pair with it. Each links to how we work with it.
How we work
We start with the domain and the data model, because in a business system the schema is the decision that everything else follows from and the one that is most expensive to change once real records exist. We map the workflows the software has to support, model the data against them, and agree the tenancy and asynchronous boundaries before there is much code to change. A week spent here routinely saves months later, and it is the part of the process that clients tend to underestimate.
From there we work in small, shippable increments with automated tests around the rules that carry risk, using Pest or PHPUnit for domain logic and the framework’s HTTP and database testing helpers for endpoints. Laravel makes integration tests cheap enough that people actually write them, which is a genuine advantage and one we use. Static analysis runs in continuous integration, and every merge leaves the application deployable rather than requiring a stabilisation phase before each release.
Upgrades are treated as routine scheduled work rather than as an eventual crisis. Staying close to the current major version keeps each step small, keeps third-party packages inside their support windows, and keeps you inside the security support period. We would rather spend a predictable few days a year than hand you a system that needs a project to become patchable, and we will say so plainly if you inherit one that already does.
Because we operate what we build, monitoring, error tracking, queue dashboards and runbooks are part of the initial delivery rather than an afterthought. Deployments are automated and reversible, with feature flags where a change carries real risk. And we build to be handed over: conventions followed, decisions documented, a local environment that runs on a new engineer’s first morning, and no dependency on us that is not a choice you are making freely.
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
Weighing up Laravel?
A short call with engineers who build in it and operate the result. If Laravel is the wrong tool for what you are doing, we would rather tell you now than bill you later.
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 pager are ours. Queue design, indexing and cache invalidation are decided by people who will be woken up if they are wrong, which is a very different discipline from handing a codebase over at launch and wishing the client well.
We write Laravel that survives its third year
Thin controllers, business logic in tested action classes, deliberate eager loading, authorisation centralised in policies, and asynchronous boundaries chosen at the start. The framework makes it easy to go fast and easy to make a mess, and the difference between those outcomes is almost entirely discipline.
Senior-led, with 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 the framework on your system, and there is no account manager between you and the person making technical decisions.
Conventional on purpose, so you are not locked in
We build to Laravel’s conventions rather than to our own cleverness, precisely so any competent Laravel team can take over. Documented decisions, a local environment that runs first time, and an operable pipeline. Lock-in through obscurity is a business model we have chosen not to have.
Honest about fit, including against ourselves
We will tell you when Laravel is the wrong tool for part of your problem and what we would use instead, and when a simpler option than a bespoke application would serve you better. A working system matters more to us than defending a framework choice.
Typical timeline
- 01
Discovery and modelling
One to two weeks mapping the workflows, agreeing the domain model and database schema, settling tenancy and the asynchronous and integration boundaries, and standing up a working skeleton deployed to a real environment behind continuous integration so the pipeline is proven early.
- 02
Core build
The main flows come to life: Eloquent models and migrations, actions and policies, the administrative surface and the primary user journeys, shipped in reviewable increments to a real environment rather than saved for one large reveal at the end.
- 03
Integrations and background work
Payments, third-party services, imports and exports move onto queues with retries, idempotency and monitoring, and the scheduler takes over recurring work. This is the phase where resilience is designed in, and where the awkward cases such as duplicate webhooks and partial failures are handled deliberately.
- 04
Hardening and launch
Performance profiling against realistic data volumes, authorisation and security review, load-appropriate tuning including Octane where it is warranted, and deployment with monitoring, alerting and runbooks live before anyone depends on it.
- 05
Operate and evolve
We stay on to run it: watching queue depth and error rates, tuning as real usage reveals what the plan could not, and keeping the framework and dependencies current so the system never drifts out of its security support window.
How pricing works
- Most engagements open with a paid discovery phase. For a new system that means mapping the workflows, modelling the data, settling the tenancy and asynchronous boundaries and producing an architecture and estimate you can act on. For an existing application it means an audit: the schema, the queue and job design, the test coverage, the version position, how far the code has drifted from the conventions and where the risk actually sits. It is short, it is real work, and its output is yours regardless of what you do next.
- We then work either as fixed-scope phases against a defined outcome, which suits a well-understood build or a specific piece of functionality, or as a monthly senior engagement, which suits evolving products and continuing platform work. We quote against outcomes rather than running an open-ended hourly meter, and we do not publish a day rate, because cost is driven by the complexity of your rules and integrations rather than by screen count.
- The real cost drivers on a Laravel project are the density of your business rules, the number and reliability of third-party integrations, whether multi-tenancy is required and in what form, the reporting burden, and the operational bar you need in terms of uptime, compliance and whether we carry on-call. Two applications with the same number of screens can differ by a factor of several on those axes alone.
- We budget explicitly for framework and dependency upgrades rather than pretending they are free, because Laravel ships a major version annually and a system that falls behind becomes progressively more expensive to bring current. Building that into an ongoing engagement is far cheaper than a rescue project two years later, and we would rather have that conversation at the start.
- Third-party costs stay yours and are never marked up. Hosting, managed databases, Redis, object storage, Forge or equivalent provisioning, monitoring, error tracking, and any commercial licences such as Nova are billed to your own accounts at cost. You hold the accounts and see the real invoices, so none of your infrastructure depends on our continued involvement.
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 overwhelming majority of business systems, comfortably, because the bottleneck is nearly always the database rather than PHP or the framework. We address that with deliberate indexing, eager loading, pagination and caching, and where genuine high concurrency is required we run Octane to keep the framework booted in memory. The honest limits are hard real-time, high-frequency sockets and CPU-bound processing, and in those cases we say so and offload that specific piece to a runtime built for it rather than tuning something that will never be right.
What does Laravel’s "magic" actually cost us?
Mostly debugging time and a higher floor on engineer quality. Facades resolve through the container at runtime and Eloquent generates attributes and relationships dynamically, so behaviour is often not visible at the call site, stack traces pass through several layers of framework indirection, and static analysis needs helper packages to understand what is going on. For an engineer who understands the mechanisms it is a productivity gain. For one who does not, it produces code that works for reasons nobody can articulate, which becomes expensive the first time it misbehaves. We mitigate it by keeping business logic out of framework-heavy code, using constructor injection where dependencies matter, and being explicit rather than clever where clarity is worth more than brevity.
How often does Laravel need upgrading, and what does that cost?
A major version ships annually, with bug fixes for months and security fixes for roughly two years per release. If you upgrade routinely, each step is typically a small, predictable piece of work. If you skip several, it becomes a project: the framework changes compound, third-party packages have fallen out of support and need replacing, and you have been outside the security window in the meantime. We budget for upgrades explicitly as ongoing work rather than treating them as a surprise, because that is genuinely the cheaper path and pretending otherwise just moves the cost somewhere less convenient.
How do you stop 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 select only the columns needed rather than hydrating whole models to read one field. We also detect lazy loading in the test environment so it fails during development rather than in production. Crucially, we profile against realistic data volumes, because a query pattern that is invisible on ten seed rows is painful on ten million, and almost every Eloquent performance surprise comes from testing on data that looks nothing like production.
Should we use Livewire, Inertia, or a separate Vue or React front end?
It depends on the product, not on a house preference. For admin panels, internal tools and content-driven interfaces, Livewire or Inertia keeps everything in one Laravel codebase, one deployment and one mental model, and ships noticeably faster. For a rich, application-like interface with complex client-side state, or where a mobile application shares the same back end, a separate Vue or React front end talking to a Laravel API is the better fit. The wrong choice is picking a single-page application by default for an interface that is essentially forms and tables, which doubles the work for no user benefit.
Can you take over an existing Laravel project from another team?
Yes, and it is common work. Because the framework has strong conventions, a healthy codebase is quick for us to read, and where a project has drifted from them the drift itself tells us a great deal about where the risk sits. We start with an audit of the schema, the queue and job design, the test coverage, the version position and the deployment story, then agree a path that improves it incrementally. We do not open with a rewrite proposal, because a rewrite is the more profitable recommendation for us and rarely the right one for you.
How do you approach multi-tenancy?
As the first decision rather than a later one, because it is the hardest thing to change once you have customers. Shared schema with global query scopes is cheapest to operate and easiest to leak from if a scope is ever forgotten. Separate schemas sit in between. Separate databases per tenant give the strongest isolation and the highest operational cost, and are sometimes required outright by a compliance obligation. We choose explicitly against your expected tenant count, customer size and regulatory position, then enforce the boundary structurally with global scopes and middleware so that a forgotten check fails closed rather than exposing another tenant’s data.
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 authentication depending on whether simple tokens or full OAuth2 are needed, Octane where concurrency genuinely demands it, Cashier where billing fits its model, and Nova or a bespoke panel for administration. We adopt tools because they earn their place operationally and because they are maintained alongside the framework, not to lengthen a feature list. Anything that adds an upgrade dependency has to justify itself.
When would you tell us not to use Laravel?
When your product is fundamentally real-time or streaming, where Node or Go is the better foundation. When the work is CPU-bound, where a compiled language wins outright. When your organisation has no PHP capability and no reason to build any, because a framework nobody in your building can maintain is a liability whatever its quality. When your requirements are unusual enough that the conventions become friction, where Symfony’s explicitness may serve you better. And when what you actually need is a content site, where WordPress or a static site would be cheaper to build, cheaper to run and easier for your marketing team to own.
Building on Laravel?
Tell us what you are building and where it is stuck. A senior engineer reads it and gives you an honest read on whether Laravel is the right fit for the problem, or what we would reach for instead.
- 01A senior engineer reads it. Not a form queue, and not an account manager.
- 02We reply either with questions or with a straight answer that we are not the right fit.
- 03If it looks like a fit, a technical call with the person who would actually run the delivery.
- 04Then scope, effort and risk in writing, before anyone signs anything.