Seamless 24/7 Ltd - CyberSecurity Website Development & Design

Project Overview

Seamless 24/7 Ltd is a Birmingham based cyber recovery orchestration platform helping businesses recover from ransomware and cyber incidents faster and more reliably than traditional backup and recovery tools. With an investor audience and enterprise sales cycle in mind, they needed a website that matched the quality and precision of the product itself: structured, minimal, and credible from the first scroll.

They approached me for a complete ground-up build, having outgrown a previous site that no longer reflected the platform's positioning or visual standards.

Client Goals

• Investor-Grade Design: Build a site that communicates credibility and technical authority to enterprise buyers and investors, not just IT generalists.
• Strict Visual Consistency: Enforce a precise design system across every page, matching the brand brief exactly, with no risk of drift over time.
• Incident Library: Create a structured, searchable library of real-world cyber incidents, filterable by industry and threat type, that demonstrates category expertise.
• Easy Content Management: Allow the Seamless team to add new incidents, update page copy, and manage content without any technical knowledge or risk of breaking the design.
• Performance and SEO: Deliver sub-second page loads with server-rendered HTML, correct heading hierarchy, and clean semantic markup.
• Scalable Architecture: Build a foundation the team could extend as the product and content strategy evolve.

Approach and Solutions

1. Headless WordPress Architecture

Rather than building on a traditional WordPress theme with a page builder, I recommended a headless architecture. WordPress handles all content management in the admin the client already knows. A custom Next.js frontend handles presentation, with the design brief implemented in code and locked so it cannot drift regardless of who edits the content.

This separation meant the Seamless team could update headlines, add incidents, and manage FAQs freely, while the layout, typography, spacing, card styling, and colour system remained exactly as specified. A page builder would have put those decisions in editors' hands over time. This approach prevents that entirely.

WordPress runs on a shared host with Carbon Fields (an open-source field plugin) committed directly to the repository for portability. No premium plugins, no licensing risk.

2. Custom Incident Library (Custom Post Type)

At the heart of the Resources section is a custom Incident post type with structured fields for industry, threat type, summary, duration, financial costs, data lost, and bullet points, alongside a full-length analysis written in the standard WordPress editor.

The client creates a new incident in WordPress and it appears automatically on the live site with correct card styling, industry colour-coding, filtering behaviour, and URL structure. No design work is needed for each new entry. Individual incident pages include the full analysis, structured metadata, and navigation between related incidents.

Industry pages (Retail, Manufacturing, Finance, Public Sector, Health) are driven by the same data, requiring no additional content effort.

3. Design System Implementation

The brief specified a precise visual language: Canela Black serif headings, a single brand blue, consistent card radius, shadow depth, spacing rhythm, and restrained animation. Every component was built to enforce this system rather than suggest it.

Key components include:

• A curated Significant Incidents block on the home page pulling editorial picks from WordPress (not an auto-rotating feed), using a Carbon Fields association field resolved server-side
• A Comparison section with a structured tick/cross table contrasting legacy vendors against Seamless Recovery, driven entirely from CMS data
• A Recovery Gap diagram section visualising the gap between traditional IT recovery and guaranteed business recovery
• A Capabilities section with uniform card heights and icon-keyed content, stable against reordering
• Scroll-triggered animations (fade-in, count-up stats, staggered card reveals) using react-bits components, with Framer Motion for layout transitions

The design system uses Tailwind v4 CSS custom properties across light and dark surface variants, with semantic tokens for surfaces and text so components adapt correctly without per-component overrides.

4. Performance and Deployment

The frontend is deployed to Vercel with Next.js Incremental Static Regeneration at a 60-second revalidation interval. Pages load from static HTML on the edge and refresh automatically within a minute of any content update in WordPress, with no redeploy required.

WordPress is kept entirely off the public internet. Visitors never interact with it. CORS is locked to known origins only.

A two-phase delivery approach was used: the frontend launched against hardcoded seed data during design review, then switched to live WordPress API calls after sign-off. This kept iteration fast and avoided any dependency on CMS hosting during the design phase.

5. Onboarding and Handoff

The client received a full walkthrough of the WordPress admin, covering how to create and edit incidents, update page fields, and manage FAQs. The content structure was designed to be self-explanatory, with clearly labelled field groups and no ambiguity about what each field controls.

Results and Impact

• Consistent, investor-ready presentation: Every page renders with identical typographic scale, spacing rhythm, and component styling. The design brief is enforced at build time, not by editorial discipline.
• Self-managed Incident Library: The Seamless team adds new incidents independently. Each entry automatically appears across the Resources index, industry pages, and individual analysis pages with no additional configuration.
• Near-zero running cost: WordPress on a shared host and the Next.js frontend on Vercel's free tier puts the total infrastructure cost at approximately £5 per month.
• Fast, accessible, SEO-ready: Server-rendered HTML, correct heading hierarchy, semantic markup, and sub-second page loads from day one, without any plugin dependency.
• A codebase built to last: The monorepo structure, typed data layer, and locked design system mean future changes are straightforward to scope and safe to make.