High-performance web platforms built to scale
We build the web application your business runs on: the customer portal, the internal dashboard, the booking engine, the SaaS product. Designed around your workflows, engineered to stay fast and maintainable as they change.
What web development means here
Key benefits
What this changes for your business.
Performance that survives growth
Query budgets, caching and server-side rendering are decided during architecture, not retrofitted after the first slow month.
Security as a default, not a phase
Authentication, authorisation, CSRF, rate limiting and security headers are part of the first commit rather than a hardening ticket at the end.
A codebase the next person can read
Conventional structure, meaningful names and tests around the parts that would be expensive to break. Handover is not a rewrite.
Built around your process
The application follows how your team actually works. We do not ask you to change the business to fit a template.
Multilingual and right-to-left from the start
Every project ships with English, Turkish and Arabic support in the routing, the content model and the layout — including true RTL.
Fewer moving parts
We choose boring, well-supported tools over fashionable ones. That is what makes an application cheap to run three years later.
What we deliver
The things you actually receive.
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SaaS platforms
Multi-tenant products with subscriptions, roles, usage limits and a billing integration that reconciles.
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Customer portals
Give clients their own account, documents, invoices, requests and status — without an email thread in the middle.
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Internal dashboards
One screen where operations, numbers and exceptions live, instead of four tools and a spreadsheet.
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Booking and scheduling systems
Availability rules, capacity, time zones, confirmations and the double-booking protection that makes them trustworthy.
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Marketplace platforms
Two-sided products with listings, search, messaging, payouts and the moderation tools an operator needs.
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Content platforms and CMS
Editorial workflows, structured content and translations that an editor manages without calling a developer.
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API-driven applications
A documented API first, with the web interface as one of its clients — so a mobile app or a partner can be the next one.
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Progressive Web Apps
Installable, offline-tolerant web applications for teams working in the field or on unreliable connections.
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Corporate websites with real substance
Fast, accessible, multilingual sites where the content model matches how the business actually describes itself.
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Legacy modernisation
Replacing an aging system in stages, with the old and new running side by side rather than a single risky cutover.
Core capabilities
The engineering disciplines this service draws on.
Technologies we use
The stack we would reach for, and what each part is for.
Laravel
A mature PHP framework for secure, maintainable server-rendered applications and APIs, with authentication, queues and testing built in.
PHP
The language behind a large share of the web, and a fast, strictly typed one since PHP 8.
React
A component library for interfaces with a lot of state — dashboards, editors and anything that updates while you look at it.
Vue.js
A progressive interface framework that can be added to one page of an existing application rather than requiring a rewrite.
TypeScript
Static types over JavaScript. On a codebase several people maintain, it turns a class of runtime bugs into compile-time ones.
Tailwind
A utility-first styling system that keeps a design consistent across a large codebase without a growing pile of bespoke CSS.
MySQL
A widely deployed relational database — a safe, well-understood default for transactional business data.
PostgreSQL
A relational database with strong support for JSON, full-text search and geospatial data, for models that outgrow plain tables.
Redis
An in-memory store used for caching, queues and rate limiting — the difference between a page that waits on the database and one that does not.
AWS
Cloud infrastructure with managed databases, storage and networking, so capacity follows demand instead of a purchase order.
Docker
Containers, so the application a developer runs locally and the one running in production are the same artefact.
Technology adoption
Technologies in this stack are publicly documented as being used by organisations including those below.
These organisations are named as documented users of the technologies listed. They are not clients of Vertex Arc, and their inclusion does not imply any relationship with or endorsement of Vertex Arc.
Industries we serve
Sectors where this service tends to fit well.
- SaaS
- E-Commerce
- Professional Services
- Real Estate
- Education
- Media & Publishing
Our delivery process
How an engagement runs, from first conversation to ongoing support.
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Discovery
We work out what the software has to do, who uses it, and which constraints are real. The output is a written scope, not a proposal.
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Architecture
Data model, boundaries, integrations and infrastructure decided and agreed before anybody writes application code.
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Design
Flows and interface, including the empty, error and permission states that decide how the product actually feels.
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Development
Built in reviewable increments against a conventional structure, with tests around the parts that would be expensive to break.
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QA & security
Functional testing, performance checks, and a review of authentication, authorisation and dependency risk before launch.
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Launch
Deployment, monitoring, and a period of close attention while real traffic finds what staging did not.
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Continuous improvement
Patches, upgrades and new work through the support system, so the product keeps being maintained rather than quietly ageing.
Use cases
What this looks like as a finished product.
Customer portal
A logged-in area where clients see their projects, documents, invoices and open requests, and can raise a new one without emailing anybody.
Operations dashboard
One place for the numbers a team checks every morning, the queue it works from, and the exceptions somebody has to decide about.
Booking platform
Availability rules, capacity limits, time zones, reminders and cancellation policy — with the concurrency handling that stops two people taking one slot.
Why Vertex Arc
Senior engineers on the actual work
The people who scope your project are the people who build it. Nothing is handed down to a bench.
Architecture decided before code
Data model, boundaries and integration points are agreed in writing first. That is what keeps month four from being a rewrite.
You own everything
Repository, infrastructure, domains and accounts are yours from day one. There is no lock-in to argue about later.
Support that continues after launch
Monitoring, patches and a support system with real ticket tracking — not a phone number somebody might answer.
Frequently asked questions
How long does a custom web project take?
Can you modernise an existing system instead of replacing it?
Do you build both the frontend and the backend?
Can you integrate the tools we already use?
What happens after launch?
Have a project in mind?
Book a 30-minute call with the engineers who would do the work, or send us the details and we will come back to you.