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Alkota Bikes — 3D WebGL Titanium Configurator
SELECTED WORKAVORRIA DIGITAL STUDIO · LONDON & GLOBAL
START SOMETHING WORTH BUILDINGWebsite Intelligence
Not a framework holy war. A practical assessment of what each platform actually delivers on performance, security, developer cost, and long-term commercial control.
Editorial Analysis — Engineering analysis based on direct migration experience across 62 client projects moving from WordPress to Next.js stacks, plus published security and performance benchmark data.
WordPress powers approximately 43% of the public web. Next.js powers a growing proportion of high-performance commercial applications. Neither statistic is particularly useful for a business deciding which platform to commission. What matters is which one delivers better commercial outcomes for your specific requirements.
WordPress is a PHP-based content management system originally designed for blogging in 2003. It has since accumulated an ecosystem of over 60,000 plugins that extend it into e-commerce, membership platforms, booking systems, and enterprise CMS territory. Its broad availability means thousands of developers can work on it, which drives down initial build costs.
The platform fundamental architecture has not changed significantly in twenty years. It renders pages dynamically from a MySQL database on each request, unless a caching layer intercepts the request first. This server-side PHP rendering pattern creates performance ceilings that plugin additions and CDN layers can only partially compensate for.
Next.js is a React framework built on Node.js that supports static generation, server-side rendering, and edge rendering within a single application. Pages can be pre-rendered at build time and served as static HTML — with zero database calls on each request — or rendered on demand at edge servers globally.
React 19 Server Components allow complex server logic to execute entirely on the server with zero JavaScript shipped to the client browser. This dramatically reduces main-thread blocking and improves Google INP (Interaction to Next Paint) scores on mobile.
A WordPress installation serving content from a shared hosting environment typically produces a Time to First Byte (TTFB) of 400–1,200ms. Adding caching layers can reduce this to 200–400ms under optimal conditions. Across 62 migrations Avorria has conducted from WordPress to Next.js edge architecture, the median TTFB improvement has been 820ms.
This is not primarily a CDN question. Edge-rendered Next.js applications execute server logic within 10–30ms of the user because the function runs in the nearest edge node, not a single origin datacenter. WordPress cannot replicate this without fundamentally changing its execution model.
WordPress attack surface is defined largely by its plugin ecosystem. WPScan vulnerability database attributes over 92% of documented WordPress vulnerabilities to third-party plugins rather than WordPress core. A typical mid-market WordPress installation runs 25–45 plugins. Each plugin represents an independently maintained codebase with its own update schedule and vulnerability exposure.
Next.js applications have no equivalent plugin attack surface. The application is built from explicitly audited npm packages chosen by the engineering team. There is no publicly enumerable admin dashboard at /wp-admin to target. Credential exposure and automated scanner attacks — which represent the majority of WordPress breaches — are not applicable.
WordPress builds appear cheaper initially because template-based builds using premium themes can be completed quickly at low cost. The total cost of ownership over three to five years tells a different story: plugin licence renewals, security patching, PHP version maintenance, and the emergency developer calls that inevitably arise from plugin conflicts typically exceed the original build cost.
Next.js applications have higher initial engineering costs because bespoke builds require more deliberate architectural decisions. The operational cost over time is lower: no plugin licences, no routine security patching of third-party plugins, predictable infrastructure costs on modern platforms like Vercel or Cloudflare.
WordPress is the correct choice when: the team maintaining the site is not technical, the content editing experience is a primary requirement, budget constraints make a bespoke build genuinely impractical, and the site is not the primary commercial acquisition channel. For a small business publishing a news blog with minimal commercial dependency, WordPress is entirely appropriate.
WordPress becomes the wrong choice when: the site is the primary lead generation channel, Core Web Vitals performance affects organic rankings, security posture matters, or the product requirement exceeds what plugins can deliver without engineering work. In these cases, the apparent cost saving of WordPress becomes a multi-year liability.
Avorria builds exclusively on Next.js App Router architecture with React 19 Server Components. Real-world implementations — such as the sub-1.2s headless storefront engineered for Alkota Bikes — demonstrate how headless React architecture eliminates monolithic CMS bottlenecks while sustaining pristine Core Web Vitals under high traffic.
“Over 92% of documented WordPress vulnerabilities originate in third-party plugins rather than WordPress core software.”
“Edge Functions execute server logic within milliseconds of the user, delivering sub-50ms TTFB globally without traditional origin server latency.”
Working with Avorria
We work with small businesses on websites, marketing systems, and digital infrastructure.