Technical SEO & Interface Engineering.
Born Indexable. Built to Convert.
Standard SEO is retroactive — metadata layered onto finished code, performance addressed only when Core Web Vitals turn red. Kynoku engineers search visibility into the semantic fibre of the code from the first commit. The architecture is born indexable, not retrofitted.
Performance as a Feature
In high-competition luxury markets — Nice, Monaco, Cannes — speed is not a bonus. It is the qualifying condition for visibility.
Core Web Vitals as Ranking Signals
Google uses Largest Contentful Paint (LCP), Cumulative Layout Shift (CLS), and Interaction to Next Paint (INP) as direct ranking factors. In high-competition luxury markets like Nice and Monaco, the difference between page 1 and page 3 is often measured in milliseconds — not content quality.
Sub-Second LCP via Server Components
Next.js Server Components render HTML on the server and stream it to the browser before JavaScript loads. The visible content appears in under one second on standard connections — no client-side hydration delay, no blank-screen flicker.
Zero Layout Shift by Design
Every image has explicit width and height attributes. Every font uses display:swap with size-adjusted fallbacks. Every dynamic element has a reserved dimension. CLS scores of 0.00 are the engineering target, not the aspiration.
Semantic HTML5 as Search Infrastructure
Heading hierarchy, landmark roles, structured data graphs, and contextual internal linking are engineered into the template system. Search engines parse the architecture, not just the content — because architecture is content for crawlers.
Scalability — Clean Code That Grows
A site that can't be extended without breaking is a liability, not an asset. Our architecture is designed for controlled growth.
Component-Driven Architecture
Every UI element is an isolated, testable component with typed props. Adding a new page, section, or feature doesn't require understanding the entire codebase — only the interface contract of the component it extends.
Typed Data Layer
All content, configuration, and API responses flow through TypeScript interfaces. When the data shape changes, the compiler catches every downstream consumer — before the user does.
Internationalisation Without Libraries
Our i18n architecture uses route groups and typed copy files — no heavy runtime libraries, no client-side translation loading. Adding a new language is a content task, not an engineering task.
Structured Data Graphs, Not Snippets
JSON-LD is assembled from composable builder functions, not hardcoded strings. Organization, WebSite, WebPage, ProfessionalService, BreadcrumbList, and FAQPage schemas are generated from a single source of truth — ensuring consistency across every page.
SEO Engineering Deliverables
- ✓Structured Data Graphs (JSON-LD) — Organization, Service, FAQ, Breadcrumb
- ✓Crawl-Path Engineering — XML Sitemap, robots.txt, canonical URLs, hreflang
- ✓Core Web Vitals Tuning — LCP < 1.2s, CLS = 0.00, INP < 100ms
- ✓Semantic HTML5 — Heading hierarchy, landmark roles, ARIA labels
- ✓Image Optimisation — WebP/AVIF, responsive srcSet, lazy loading
- ✓Font Performance — display:swap, size-adjusted fallbacks, preload critical
Largest Contentful Paint reduction for a Monaco-based fintech firm after image pipeline and render-path engineering.
Zero Cumulative Layout Shift achieved through font-swap strategy and explicit dimension reservations.
Organic search traffic increase within 90 days of structured data graph and crawl-path deployment.
Architect Your Performance & SEO Baseline
A technical SEO audit of your current architecture — identifying crawl-path gaps, Core Web Vitals bottlenecks, and structured data opportunities. 20 minutes, no charge.
Initiate Growth AuditOn-site consultations available in Nice, Cannes, and Monaco. Global deployment from our technical hub.