Laravel website and web app development
Custom systems with complex logic: user dashboards, B2B platforms, SaaS, portals, APIs, and integrations. We run the project from architecture and backend through QA, launch, and support. No promises that “the framework solves everything” — load, security, and scaling are the team’s work, not the name of the stack.
When Laravel is justified, and when WordPress or a CMS is enough
Laravel is a PHP framework, not a ready-made CMS. It fits when a project has outgrown a template: you need your own business logic, access roles, integrations, and room to grow. For a content or marketing site, custom development is often overkill — here it’s more honest to recommend WordPress website development or a simpler solution.
| Criterion | WordPress / CMS is enough | Laravel is needed |
|---|---|---|
| Project type | business-card site, blog, content portal, landing page | web app with complex logic and states |
| Roles and access | standard CMS editor roles | custom multi-role model, permissions per business process |
| Logic | pages and a typical catalog on plugins | calculations, funnels, subscriptions, custom rules |
| Integrations | 1–2 via ready-made plugins | API, ERP, payment gateways, webhooks, data exchange |
| Growth | rare, pointed changes | product grows in modules, needs architectural headroom |
| Admin / content | built-in CMS editor out of the box | admin panel and roles must be designed separately |
Products we build on Laravel
Our specialization is server-side logic and integrations: systems where what matters is not the page but the behavior of data, roles, and external connections. The product type defines the set of modules but does not limit the scale.
| Solution type | The task it covers |
|---|---|
| SaaS platform | registration, plans, subscriptions, client data isolation (multi-tenancy), billing via a payment provider |
| Portal / user dashboard | closed areas for clients, dealers, or partners: requests, documents, statuses, personal data |
| B2B platform | group pricing, deferred payment, document workflow, data exchange with an accounting system via API |
| Marketplace | multiple sellers, moderation, settlements, a catalog with filters and search under load |
| CRM module / internal system | funnels, tasks, notifications, integration with email and messengers for a specific process |
| API service / backend for an app | server side for a mobile or frontend app: authentication, data, webhooks, documentation |
Technical approach and architectural decisions
The essence of custom development is in the decisions made before the first line of code. We lock them in during discovery, for the specific logic and growth requirements, not out of habit.
| Decision | What the choice depends on |
|---|---|
| Monolith or API-first | whether separate clients are needed (web + mobile app), teams, and independent release of parts |
| Blade / Livewire / Inertia or a separate frontend | interface complexity, the need for an SPA, team composition, and indexing requirements |
| Database, cache, queues, search, storage | data volume, background jobs, full-text search, working with files and media |
| Multi-tenancy | SaaS with client isolation: one database with separation or separate databases per tenant |
| Integrations and webhooks | the set of external services, direction of exchange, requirements for validation, retry, and logging |
| Data migrations and rollback | migrating from an old system, versioning the DB schema, a rollback plan in case of failure |
We run development across three environments — so changes reach production predictably, not “live”:
01 dev (development and local feature checks) → 02 staging (a test environment close to production) → 03 production (release via the pipeline, not manual copying) → 04 migrations + rollback (DB schema versioning and a rollback plan)
What the work includes and which artifacts the client receives
Each stage ends with a concrete result — a document, a mockup, a working module, or a configured environment. This removes the “we built the wrong thing” risk and makes progress visible.
Artifacts by stage
– Discovery — technical brief, architecture diagram without confidential details, scope estimate
– Prototype — a clickable wireframe: screen structure and transition logic ahead of design
– Design — UX/UI mockups for user scenarios, responsive breakpoints
– Backend — business logic, database, API endpoints, authentication, roles, admin section
– Integrations — documented connections with CRM/ERP, payments, email, messengers
– QA + release — tests, CI/CD pipeline, staged deployment, acceptance criteria
– Handover — documentation, access, source code, sample API documentation
This is a process and the team’s work, not a property of the framework
Laravel provides security tools — CSRF protection, escaping in Blade, parameterized queries against SQL injection. But the framework itself does not eliminate every class of attack and does not cancel out a developer’s mistake. Security, performance, and resilience under load are implementation, testing, and operations — not the name of the stack.
What Laravel helps cover
CSRF protection for forms, automatic output escaping in Blade against XSS, parameterized queries via Eloquent/Query Builder against SQL injection. This is a foundation the team configures correctly — not “protection out of the box, after which you can stop thinking about security.”What we add on top of the framework
Input validation, authorization at the level of actions and roles, rate limiting, secrets management (keys and credentials outside the code), regular dependency updates, a security review before release, logging, and event monitoring. Security is a perimeter of practices, not a single checkbox.Debug mode off in production
Per the official Laravel documentation, in a production environment debug mode must be off — otherwise it can expose confidential data to users. We lock this into the release checklist (see laravel.com/docs/deployment).Performance and scaling
We design the architecture and infrastructure for an agreed load profile and verify it with load tests. Caching, queues for background jobs, database query optimization, indexes, and — where needed — horizontal scaling. This is built in deliberately, not something that “happens on its own” because of MVC.Backups and an incident plan
Regular backups with recovery testing, availability monitoring, a clear order of actions in case of failure. The goal is for an incident to be manageable rather than panicked, and for data to be recoverable.That’s why we don’t promise “automatic resilience under load” or “scaling without effort.” We design for specific requirements, test, and maintain — and we say honestly that resilience rests on architecture, infrastructure, and operations, not on the name Laravel.
How we control quality before release and after it
Testing is a mandatory stage, not a bonus. For a system with roles and integrations, it catches errors before users see them.
Code review
Every change is reviewed by another developer before merging — so decisions match the architecture, not only “work locally.”Automated tests
We cover critical business logic, authorization, calculations, and integration points with tests — precisely where a mistake costs the most. Not “100% coverage for the sake of a number,” but protection for key scenarios.CI/CD
The pipeline runs tests and deployment automatically: a release becomes predictable and repeatable rather than a manual operation with the risk of human error.Acceptance criteria
For each task we agree on acceptance criteria in advance — so that “done” means the same thing for the team and for the client.Load testing by profile
We run load tests against an agreed usage profile, not abstractly, and show the real bottlenecks before launch.Observability
Logs, error collection, metrics, uptime, and health checks — so we can see the system’s state in production and react to a problem while it’s still small. We take the operations framework from the official documentation (laravel.com/docs/deployment).Technical readiness for search — without promising results from the stack alone
Laravel does not make a site visible in search automatically. We lay the technical foundation with which pages can rank at all, while the systematic work on positions is handled by a separate service — website SEO.
| What we provide technically | Why it’s needed |
|---|---|
| Server-rendered / indexable HTML | so the crawler sees content, not an empty shell behind JS |
| Metadata, canonical, sitemap, robots | managed indexing and duplicate control |
| Correct status codes and redirects | so removed content and URL changes don’t lose weight |
| Structured data (schema) per content type | eligibility for rich results — a possibility, not a guarantee |
| JS, caching, and image optimization | performance and manageable Core Web Vitals (CWV) on real data |
Real Laravel cases
We show only confirmed projects and real data. Where a client cannot be named or details are unverified, we do not substitute figures: naming the scope of work beats an untrue KPI.
CyberBay
A platform for Dota 2 tournaments: player registration and profiles, a tournament and match table with access rights, a real-time rating, a store of in-game goods, deposits and withdrawals.
A Laravel backend and a Vue interface. Integrations with the Steam API and the Dota 2 API: a Lobby Bot gathers players for a match by Steam ID and returns the result to the platform. Payments are accepted through blockchain, converted to USDT and credited as points to the player’s account.
Over 3M registered users, 24 weeks of work. The case in the portfolio. Load and request-handling figures will be added once agreed with the client.
AquaPro
A water delivery store in Kyiv and the region: the site was already running, but orders were processed by hand and some scripts and plugins in the markup were broken.
Technical fixes and markup, a responsive mobile version, and a data exchange with 1C so that orders from the site reach accounting without manual re-entry and without losing earlier ones. After that — SEO and paid search.
Per the project registry — Laravel, 12 weeks. Case in the portfolio. The case publishes no measurable figures — we will add them once agreed with the client.
More confirmed work is in the examples of our worksection. We publish an architecture diagram and load figures only together with the test conditions and with the client’s permission.
How a project runs: from discovery to support
Our collaboration model is turnkey development: one contract, one manager, a shared product vision from the first mockup to the production server. Each stage ends with sign-off, and changes are recorded in writing.
Discovery and architecture
We lock in business goals, roles, features, integrations, and growth requirements. We make architectural decisions and estimate the scope. The artifact is the brief, an architecture diagram, and an estimate.Prototype and design
A clickable wireframe, then UX/UI mockups for user scenarios. This removes the risk of mockup rework at later stages.Backend, frontend, integrations
Business logic, database, API, authentication and roles; connecting the interface; documented integrations with CRM/ERP, payments, and services.QA and release
Code review, automated tests, CI/CD pipeline, staged deployment, and acceptance criteria. We open the project to the audience after verification in the production environment.Handover and support
Documentation, access, and source code pass to the client; then comes maintenance and growth as the business needs.Timelines depend on the number of roles, modules, integrations, the volume of data migration, and availability requirements. There’s deliberately no public “price by days” here — we give a precise estimate after a short discovery, once the scope is clear, not from an abstract calculator.
How much Laravel development costs
The starting point is Laravel from $4,000. That’s a reference point for a turnkey project; the final sum depends on the scope of work. We lock in a precise estimate after discovery.
For those who want to first understand the scope, risks, and architecture — without commitment to full development.
- Gathering and clarifying requirements, roles, scenarios
- Architectural decisions: monolith / API-first, stack, DB, queues
- Architecture diagram without confidential details
- Technical brief and scope estimate
- Stack recommendation: Laravel or a simpler solution
Full cycle: architecture, design, backend, integrations, QA, and launch by one team.
- Discovery, brief, and architecture diagram
- UX/UI design and responsive frontend
- Backend on Laravel: logic, DB, API, roles
- Documented integrations and webhooks
- QA, CI/CD, staged release
- Handover of code, access, and documentation
For launched products: new modules, dependency updates, and support without “diving into someone else’s code.”
- New features and modules by business priority
- Updates to dependencies and Laravel / PHP versions
- Monitoring, backups, recovery verification
- Agreed support hours and SLA
- Warranty defects handled separately from new scope
Custom eCommerce on Laravel — with complex pricing rules, B2B logic, or a custom cart — starts higher, roughly from $7,000, and is counted as a separate e-comm track. The cost is driven by the number of roles and modules, the set of integrations, the volume of data migration, availability and load requirements, compliance, the amount of frontend and content, and the support format. So instead of a fixed price, we give an estimate after discovery.
The product lifecycle after launch
Launch isn’t the end of the work but a transition into support and growth mode. We fix the terms at the start, so there are no surprises along the way.
Versions fixed at the start
We lock in the Laravel and PHP versions at the start of the project and agree on the dependency-update policy in advance — so the system stays maintainable.SLA and support hours
We agree on response time, work windows, and the number of hours. Warranty defects are handled separately from new functionality (scope) — the boundary is clear to both sides.Backups and recovery
Regular backups with recovery testing and availability monitoring — so data can be restored, rather than hoping it won’t be needed.Handover and code ownership
Documentation, access, and source code belong to the client. The team knows the codebase and makes changes without repeatedly “bringing someone up to speed from scratch.”Frequently asked questions about Laravel development
How is Laravel different from a CMS like WordPress?
How is Laravel different from a CMS like WordPress?
Laravel is a framework for custom logic, not a ready-made CMS. It has no built-in content editor, roles, or workflows out of the box — those are designed for the task. So for a content site WordPress is more often the fit, while Laravel is justified when you need your own business logic, roles, integrations, and room to grow.
Does Laravel itself guarantee security and load handling?
No. Laravel provides mechanisms — CSRF protection, escaping in Blade, parameterized queries — but it does not eliminate every class of attack and does not cancel out a developer’s mistake. Resilience under load is architecture, tests, cache, queues, DB, and operations. We design for an agreed profile and verify with load tests, rather than promising that “the framework solves everything.”
How much does a Laravel project cost?
The starting point is from $4,000 for turnkey development. Custom eCommerce on Laravel starts higher, roughly from $7,000. The final sum depends on roles, modules, integrations, data migration, and load requirements — we give a precise estimate after a short discovery.
Do you only do turnkey development, or team augmentation too?
Our main format is turnkey development: the full cycle by one team. We consider augmenting someone else’s team as an exception for a specific request, not as a separate primary service.
Will a Laravel site show up in search?
The stack on its own doesn’t deliver positions. We lay the technical foundation — server-rendered HTML, metadata, canonical, sitemap, correct status codes, and schema — with which pages can rank. The systematic work on positions is handled by a separate SEO service.
Who owns the code after completion?
The client. The source code, access, and documentation are handed over to you. We fix the Laravel and PHP versions at the start, and agree on the SLA and update policy in the contract.
What sits next to Laravel development
We reach for Laravel where custom logic is needed. If the task is simpler or broader, one of the neighbouring areas will fit.
Web development services
The parent service with the base stages — custom development branches off from there. Read more →WordPress development
For when you need manageable content and standard scenarios rather than a custom application. Read more →Magento development
For complex e-commerce with a catalogue, multi-store and integrations — an off-the-shelf platform instead of custom code. Read more →Website SEO
Picks up the technical base after launch: semantics, content and work on demand. Read more →Shall we discuss your Laravel project?
Tell us about the task — in a short discovery we’ll align on goals, roles, and integrations, estimate the scope, and honestly say where Laravel is justified and where a simpler solution is enough. No obligations.