A website development consultant who builds the site, then transfers every credential, repository and account in writing so you are never locked out.
These are clients we can point to by name. Not every one of them came to us for a build, and that is worth saying out loud.
What you get
Building a website stopped being the hard part. Templates, frameworks and hosting all got cheaper and faster, so the risk moved from whether the site gets built to whether you can still run it in two years.
The pattern repeats often enough to be predictable. Agencies keep the repository and the access points unless transfer is made explicit. Third-party service accounts get missed at handover, so the client holds logins for some services and not others. And where a developer registered the domain under a personal email, regaining control has to happen before anything else can.
What follows is not dramatic. Updates stop, patches go unapplied, and small problems accumulate into a slow decline rather than an outage anyone notices.
A site selling in this region now needs payment rails that local buyers recognise, Arabic layout that survives right-to-left rendering, and data handling written to match PDPL and UAE expectations. Those are build-time decisions. Retrofitting any of them costs more than specifying it once.
| Then | Now |
|---|---|
| The risk was whether it launched | The risk is whether you can still change it |
| Handover meant a login and a thank you | Handover means a written register of everything |
| Search was the only discovery channel | AI assistants extract and cite pages directly |
| Payment meant a card form | Payment means Mada, SADAD, UAE Pass and instalments |
Search engines still crawl it. But AI assistants also lift passages from it and attribute them, which makes page structure, schema markup and clean HTML a build-time requirement rather than something bolted on later.
What teams need: a written record of every domain, repository, account and licence, and who holds each one.
How we solve it: the handover register is built during the project and signed off at launch, not assembled afterwards.
What teams need: performance measured against a published threshold rather than a developer's opinion.
How we solve it: builds are tested against the Core Web Vitals benchmarks Google publishes and a PageSpeed target agreed at the start.
What teams need: to know what is finished and what is not, without asking.
How we solve it: a staging environment you can open yourself, updated as work lands.
What teams need: pages built to be found and quoted, not just to look finished.
How we solve it: heading structure, schema markup and clean HTML specified at build time.
What teams need: payment rails the regional buyer already trusts.
How we solve it: Mada, SADAD, UAE Pass and instalment options integrated and tested before go-live.
What teams need: someone willing to take over a half-finished or abandoned build.
How we solve it: the rescue track starts with recovering access, then decides what is salvageable.
| Feature | What It Means for Your Business |
|---|---|
| Custom website development | A website built around your service lines, business goals, and buyers' search terms instead of relying on a repurposed template. |
| E-commerce development | Shopify or WooCommerce storefronts designed for secure transactions, with Mada, SADAD, UAE Pass, and Tabby payment capabilities ready for launch. |
| Responsive web design | Every page is optimized for desktop, tablet, and mobile users, with English and Arabic RTL experiences where required. |
| CMS setup | WordPress, Drupal, or a custom CMS configured for easy content management, with training so your team can manage the website independently. |
| Web application development | Customer portals, internal tools, and business applications developed using modern technologies and integrated with your existing systems. |
| Site audit and gap analysis | A detailed technical SEO specification assessment identifies technical, usability, SEO, performance, and content gaps before any redesign or development work begins. |
| Speed and Core Web Vitals fixes | Performance issues are addressed to improve loading speed, usability, and Core Web Vitals without requiring a complete rebuild when the existing site can be salvaged. |
| Content and schema retrofit | Existing pages are restructured with stronger content, SEO elements, and structured data to improve search visibility and eligibility for AI-generated citations without sacrificing existing rankings. |
See application maintenance and support for ongoing site care after launch.
| Step 1: Discovery |
We map your services, target audiences, business goals, competitors, and target keywords to define what the website needs to achieve. | OUTPUT: A written website brief, project requirements, and sitemap. |
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| Step 2: Design |
We create wireframes and visual designs for key pages, with responsive layouts and Arabic RTL considerations where required. Your team reviews the designs before development begins. | OUTPUT: Approved desktop and mobile page designs ready for development. |
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| Step 3: Build |
Developers build the website on your chosen platform, including CMS functionality, e-commerce features, integrations, and web applications where required. Weekly staging links keep progress visible. | OUTPUT: A fully functional staging website ready for testing. |
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| Step 4: Test |
We test the website across devices and browsers, checking functionality, forms, integrations, payment gateways, responsive behavior, performance, and key user journeys before launch. | OUTPUT: A completed QA review with issues resolved and final sign-off. |
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| Step 5: Launch & Support |
We move the approved website to production, provide CMS training, complete the handover, and remain available during the agreed post-launch support period. | OUTPUT: A live website, CMS training, and a complete handover document. |
Firms selling domestically and into export markets from the same site, which usually means two audiences and one codebase.
Dubai, Abu Dhabi and Sharjah, where UAE Pass integration and bilingual delivery come up on most briefs.
The method does not depend on location. What changes is the payment rail and the language, and both are researched per build.
Builds carrying Mada and SADAD at checkout, with data handling written against PDPL expectations.
European entities where the German site and the English site need separate structures rather than one translated layer.
Accessibility and bilingual delivery are procurement conditions, not preferences. We build to the AA level from the start.
The checkout is the product. Local payment rails and a tested failure path matter more than anything on the homepage.
Nobody buys from the website, but everybody checks it first. It has to survive a procurement review.
Compliance reviews every page before release, and disclosure text has to stay editable without a developer.
Booking and enrolment flows carry personal data, so consent handling is a build decision rather than a policy page.
Documentation usually outranks the marketing pages, so both are treated as one estate at build time.
Product catalogues and specification sheets carry the traffic, so structured data and search inside the site do the work.
Listings and availability change constantly, so the client has to be able to edit without a ticket every time.
One homepage shipped 95 script tags and 83 stylesheets, totalling 500 kilobytes of HTML before a single image loaded. The site had been built on a page builder chosen for speed of assembly, and no one had measured what that assembly cost the visitor. Not one URL on the domain passed Core Web Vitals.
verified Live crawl, 4 September 2026, plus the Core Web Vitals export of 24 July 2026.
Index coverage for one site showed 149 pages crawled and deliberately not indexed, 132 pages resolving through redirects, 24 excluded by a noindex tag, ten returning 404 and three returning server errors. Roughly half of everything published was not eligible to appear in search, and no one had opened the coverage report in a year.
verified Index coverage export, 24 July 2026.
A services page listing more than a hundred offerings described every one of them in prose, with no link to any. The pages existed, ranked in some cases, and had no crawlable route from the page whose only job was to route to them. Rebuilding that single page created 186 internal links where there had been one.
verified Live crawl of the services page, 7 September 2026, and link count from the rebuilt version.
The same site published the same content at two URLs for one service, both ranking within a tenth of a position of each other at 52.7 and 52.8. Google had been shown two candidates for one query for long enough that it had settled on neither.
verified Page-level export to 31 August 2026. Two ESG service URLs, 52,695 and 31,865 impressions respectively.
A neglected website rarely fails in a way anyone escalates. Patches go unapplied, plugins fall behind, and the gap between what the site does and what the business needs widens by a little each quarter.
The bill arrives later and all at once. A rebuild that started as a refresh becomes a recovery project, because the first job is working out who holds the domain and whether anyone still has the repository.
And there is a cost that never gets written down: every change request that quietly does not happen because nobody wants to open the conversation with the last developer.
Website development is not an administrative cost. It is the infrastructure that decides whether your business can change its own shop window without asking permission.
We check who holds the domain, where the code lives, and which service accounts nobody has logged into for a year. Most audits find at least one thing the business assumed it controlled.
A built and tested website, a written technical specification, and a handover register listing every credential, account and repository. Training is included so your team can edit content without raising a ticket. Ongoing patching is a separate service you can take or decline.
Yes, and it is written into the engagement rather than assumed. The domain and hosting are registered to your business from the start, and the repository transfers to your organisation account at handover. We keep access only for as long as you want us to have it.
Source code, design files, domain and DNS control, hosting credentials, CMS administrator accounts, every third-party service login, and any licence keys the site depends on. All of it appears on a single signed register. Missing third-party accounts are the most common gap when a site changes hands.
Six to ten weeks for a standard corporate site, and ten to fourteen weeks where e-commerce and payment integration are involved. Rescue work varies, because the first task is finding out what exists. We commit to a date once the architecture step is finished, not before.
Your choice. Patching and uptime can pass to our application maintenance and support practice, stay with your internal team, or go to another supplier entirely. The handover register is written so any of those three works without us being involved.
Often yes, and we will say so even when a rebuild would be the larger engagement. The rescue track covers audits, performance work and structural retrofits where the existing site is sound underneath. Where it is not, you get the reasoning rather than a verdict.
Yes, and this is a normal starting point rather than an unusual one. The first step is recovering access to the domain, hosting and repository, which sometimes matters more than the code itself. Once you control those, we assess what is finished and what needs redoing.
Yes. Track B covers audits, speed fixes and content or schema retrofits for sites that are salvageable. We recommend a rebuild only when the existing platform cannot support what you need.
Both, chosen by what you need to do after launch rather than by preference. WordPress suits teams who will edit content frequently and want a large plugin market. A custom framework makes sense when the site has to do something off-the-shelf tools handle badly.
Testing runs against the Core Web Vitals benchmarks Google publishes: largest contentful paint under 2.5 seconds, interaction to next paint under 200 milliseconds, and cumulative layout shift under 0.1. A PageSpeed target is agreed at the architecture stage and measured before launch. You get the numbers, not a reassurance.
Yes, and these are integrated and tested before go-live rather than added afterwards. Failed-payment and refund paths get tested too, because that is where regional checkouts usually break. Settlement behaviour is confirmed with the provider, not assumed from documentation.
Yes, with right-to-left layout tested on real devices rather than in a browser toggle. Arabic typography, form field alignment and mixed-direction text are the places translated sites visibly break. Each language version gets its own structure rather than being a mirror of the English one.
Yes, and that is a build-time decision rather than a later fix. Clean HTML, sensible heading structure, schema markup and crawler access all determine whether an assistant can extract a passage and attribute it to you. We configure crawler access and verify it from outside your network.
We build to WCAG 2.2 AA and test with keyboard navigation and a screen reader before launch. That covers colour contrast, focus order, form labelling and alternative text. It also removes an objection that comes up in most public-sector and enterprise procurement.
No, and finance is a minority of the builds. Shops, factories, clinics, schools, property firms and software companies all want the same three things: control of their own site, a checkout that clears locally, and pages that render before the visitor gives up. Our regulated-sector work sharpened the review discipline. It never narrowed the client list.
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