“The best way to predict the future is to create it.” - Alan Kay
The Devcorp Website is our flagship project—a modern, production-ready portfolio website that showcases our development journey, technical expertise, and innovative projects. Built from the ground up with Next.js 15, TypeScript, and Tailwind CSS, this website demonstrates enterprise-level software engineering practices and serves as a living example of our capabilities.
Live and Production-Ready
Project Genesis
Every great project starts with a problem to solve. For Devcorp, we needed a platform that could showcase our work while demonstrating technical excellence.
Showcase Our Work
Present projects in a professional manner that highlights technical depth and innovation
Share Our Journey
Document our development process, challenges, and learnings through detailed blog entries
Demonstrate Skills
Use the website itself as a technical showcase of modern web development
Easy Maintenance
Create a system where adding new projects automatically updates all pages
Architecture & Tech Stack
We chose cutting-edge technologies that balance performance, developer experience, and maintainability. Each decision was made with scalability and future growth in mind.
🛠️Complete Technology Stack
Core Framework: Next.js 15
Next.js 15 provides the foundation for our modern web application with cutting-edge features:
React 19 Server Components
Default to server rendering for optimal performance
Static Site Generation
Pre-render pages at build time for instant loading
App Router
File-based routing with enhanced developer experience
Image Optimization
Automatic WebP conversion and lazy loading
Type Safety: TypeScript + Zod
End-to-end type safety from content files to rendered components:
// Zod schema defines structure and validation
export const projectSchema = z.object({
title: z.string(),
slug: z.string(),
status: z.enum(["planned", "building", "shipped"]),
techStack: z.array(z.string()).default([]),
author: z.string().optional(),
readTime: z.number().optional(),
// ... 15+ more fields
});
// TypeScript types auto-generated
type Project = z.infer<typeof projectSchema>;
- • Build-time validation: Catches content errors before deployment
- • IDE autocomplete: Full IntelliSense support for content fields
- • Refactoring safety: Schema changes propagate through entire codebase
Styling: Custom Design System
A carefully crafted five-color palette provides the foundation for all visual design:
Black
#000000
Davy Gray
#4a4a4a
Silver
#b3b3b3
Seasalt
#f8f7f5
Alabaster
#f5f2e9
// CSS variables for consistent theming
:root {
--black: #000000;
--davy-gray: #4a4a4a;
--silver: #b3b3b3;
--seasalt: #f8f7f5;
--alabaster: #f5f2e9;
}
Content Management System
The centerpiece of the Devcorp website is its centralized content management system. This system eliminates hardcoded data and makes the entire site update automatically when new projects are added.
How the System Works
- 1Create Project File: Add one MDX file in
content/projects/[slug]/index.mdx
- 2Parse & Validate: Gray Matter extracts frontmatter, Zod validates schema
- 3Generate Data: Functions aggregate all projects with type safety
- 4Auto-Update Pages: Home, Projects, and Blog pages all show the new project
- 5Build & Deploy: Vercel automatically rebuilds and deploys changes
Content Schema Fields
Basic Info
- • title, slug, summary
- • status, progress, tags
- • techStack, role, duration
Links & Assets
- • demoUrl, repoUrl
- • thumbnail, author
- • publishedAt, updatedAt
Project Details
- • challenges (array)
- • keyFeatures (array)
- • highlights (array)
Blog Specific
- • blogTitle, blogExcerpt
- • readTime, lessonsLearned
- • nextSteps
15+ Content Fields
Major Technical Challenges
Building a production-ready website from scratch presented some fascinating architectural and design challenges. Here are the big problems we tackled:
Challenge: Designing a Scalable Content Architecture
How do you build a content management system that's powerful enough for complex projects but simple enough that adding a new project is just creating one file?
// The goal: One file controls everything
content/projects/new-project/index.mdx
├── Homepage project card
├── Projects page entry
├── Blog page preview
├── Detailed blog post
└── All metadata & relationships
// The challenge: 15+ fields, type safety, validation
export const projectSchema = z.object({
title: z.string(),
status: z.enum(["planned", "building", "shipped"]),
techStack: z.array(z.string()).default([]),
challenges: z.array(z.string()).default([]),
keyFeatures: z.array(z.string()).default([]),
highlights: z.array(z.string()).optional(),
lessonsLearned: z.array(z.string()).optional(),
// ... and 8 more fields
});
Solution: Built a Zod-powered schema system that validates content at build time while generating TypeScript types automatically
Challenge: Creating a Custom Design System from Scratch
We needed a design system that felt unique and professional while being maintainable. The challenge was balancing creativity with consistency across 5+ different page layouts.
// Design constraints:
- 5 distinct page types (Home, About, Projects, Blog, Contact)
- Each needs unique layout but consistent branding
- Mobile-first responsive design
- Dark hero sections + light content sections
- Custom color palette that works in all contexts
// Our approach:
:root {
--black: #000000; // Headers, CTAs
--davy-gray: #4a4a4a; // Secondary text
--silver: #b3b3b3; // Muted elements
--seasalt: #f8f7f5; // Primary backgrounds
--alabaster: #f5f2e9; // Secondary backgrounds
}
Solution: Created a five-color palette with CSS variables, ensuring every page feels cohesive while maintaining visual hierarchy
Challenge: Optimizing for Performance Without Compromising Features
We wanted rich animations, large images, and interactive features while maintaining lightning-fast load times. The challenge was finding the right balance.
// Performance goals:
- < 3s initial page load
- Smooth 60fps animations
- Optimized images with lazy loading
- Minimal JavaScript bundle
// Our strategy:
1. Server Components by default (smaller JS bundles)
2. Client components only for interactivity
3. Next.js Image optimization (WebP + lazy loading)
4. Framer Motion with GPU acceleration
5. Static site generation for instant loads
// Result: 95+ Lighthouse scores across all metrics
Solution: Server-first architecture with selective client-side enhancements, achieving 95+ Lighthouse scores
Challenge: Building Intelligent User Experience Patterns
How do you create navigation that feels intuitive and smart? Users expect the back button to work like a browser, but single-page apps with anchor links break this expectation.
// The UX problem:
User journey: Home → Projects → Project Detail → Click TOC → Click Back
Expected: Goes back to Projects page
Actual: Goes to previous TOC section (confusing!)
// Our intelligent solution:
const SmartBackButton = () => {
const referrer = document.referrer;
const basePath = referrer.split('#')[0]; // Strip anchor links
// Smart routing based on actual previous page
if (basePath === "/") return "Back to Home";
if (basePath === "/projects") return "Back to Projects";
if (basePath === "/blog") return "Back to Blog";
// Smooth scrolling without history pollution
const handleTOCClick = () => {
element.scrollIntoView({ behavior: 'smooth' });
// No href="#" = no history entry
};
};
Solution: Built a SmartBackButton that tracks actual navigation patterns and table of contents that scrolls without polluting browser history
Challenge: Future-Proofing the Architecture
How do you build a website that can grow from 5 projects to 50 projects, from 2 authors to 10 authors, without major refactoring?
// Scalability considerations:
- Dynamic sorting by status priority (shipped > building > planned)
- Flexible author system (single or multiple authors)
- Extensible content schema with optional fields
- Modular component architecture
- Type-safe refactoring (change schema = auto-update everywhere)
// Example: Adding a new project status
enum Status { shipped, building, planned, archived } // Just add here
// → All sorting, filtering, and UI updates automatically
// Example: Adding new content fields
blogExcerpt: z.string().optional(), // Just add to schema
// → TypeScript types generated, validation added, UI ready
Solution: Built extensible schemas with optional fields, dynamic sorting algorithms, and type-safe architecture that grows with requirements
Feature Showcase
Let's explore the key features that make the Devcorp website stand out.
Status Badge System
Color-coded badges appear across all project displays
Responsive Design
Mobile-first approach ensures perfect display on all devices from phones to desktops
Smooth Animations
Framer Motion powers entrance animations, hover effects, and page transitions
Table of Contents
Sticky sidebar navigation with smooth scrolling for long-form content
SEO Optimization
Proper meta tags, structured data, and server-side rendering for search engines
Accessibility
Semantic HTML, ARIA labels, keyboard navigation, and screen reader support
Lessons Learned & Takeaways
Building the Devcorp website taught us invaluable lessons about modern web development, content architecture, and user experience design.
Content Management is Key
Centralized content management eliminates hardcoded data and makes updates seamless across all pages. The investment in building a robust content system pays dividends in maintenance and scalability.
Design Systems Provide Consistency
Custom design systems with CSS variables provide consistency and easier maintenance. Our five-color palette ensures brand coherence without limiting creative expression.
Type Safety Catches Bugs Early
Zod schemas at the content layer catch errors at build time, not runtime. TypeScript integration provides excellent IDE support and refactoring safety.
User Experience is in the Details
Small details matter: intelligent back buttons, smooth scrolling, hover effects, and thoughtful navigation create a polished experience that users notice and appreciate.
Server Components as Default
Server components should be the default—use client components only when you need interactivity. This approach reduces JavaScript bundle size and improves performance significantly.
Future Enhancements
The Devcorp website is a living project that continues to evolve. Here's what's planned for future releases.
Phase 1: Dark Mode
- • System preference detection
- • Manual toggle with persistence
- • Smooth theme transitions
Phase 2: Advanced Filtering
- • Filter projects by tech stack
- • Search across all content
- • Tag-based navigation
Phase 3: Analytics
- • User engagement tracking
- • Popular projects insights
- • Performance monitoring
Phase 4: Interactive Demos
- • Embedded code playgrounds
- • Live project previews
- • Interactive tutorials
Final Thoughts
The Devcorp website is more than just a portfolio—it's a demonstration of what happens when you combine modern technologies with thoughtful engineering. From the centralized content management system to the intelligent navigation patterns, every feature was built with intention and care.
This project showcases our ability to build production-ready applications that are not only functional but also maintainable, scalable, and delightful to use. It represents our commitment to code quality, user experience, and continuous improvement.
Explore the live site at devcorpwebsite.vercel.app and see these features in action!