Abolaji Akorede.

Engineered a custom headless CMS architecture to serve as a high-performance personal portfolio. I built a secure REST API from the ground up using Laravel and Dockerized it for deployment on Render, backed by a managed PostgreSQL database on Supabase. To ensure millisecond load times and flawless SEO, the frontend is a highly optimized Next.js application hosted on Vercel that leverages Incremental Static Regeneration (ISR) to cache data globally while seamlessly syncing database changes in the background.

A high-performance, enterprise-grade holding company platform engineered for maximum organic reach and lightning-fast Core Web Vitals. The architecture features a statically generated Next.js frontend seamlessly integrated with a highly concurrent Python/FastAPI backend and a custom serverless email routing infrastructure.

A mobile-first movie discovery platform engineered as a Progressive Web App (PWA) to deliver a native-like experience on the web. Built with React 18 and Vite, the application prioritizes performance and accessibility, featuring offline capabilities via custom service workers, touch-optimized navigation, and Android installability through Capacitor.

A dynamic mobile real estate application built with Flutter and powered by Supabase for backend services. The app features real-time property listings with live filtering, a dedicated admin dashboard for managing content (CRUD operations), and image uploading capabilities. It implements an "Optimistic UI" approach for instant user feedback on interactions like favoriting properties. [Currently undergoing Production changes, So app might not work as expected)

A high-fidelity frontend implementation of a SaaS landing page and dashboard, translating a design concept by UI designer Muminat into a fully functional web interface. Built without frameworks to demonstrate core mastery of web technologies, the project features a custom 3D tilt effect, scroll-triggered entrance animations, and a dynamic tabbed interface. It includes a simulated authentication flow and a responsive dashboard layout that adapts seamlessly across devices.

A pixel-perfect product landing page built entirely from scratch to demonstrate mastery of modern CSS layouts (Grid & Flexbox) without reliance on external frameworks like Bootstrap or Tailwind. The project focuses on semantic structure, accessibility (ARIA), and a mobile-first responsive design that adapts smoothly from smartphones to large desktop screens using custom media queries and CSS variables.

A full-stack virtual try-on prototype commissioned for a university group assignment. Originally engineered to integrate the Fashn.ai API for generative clothing visualization, the project now serves as a high-fidelity interface showcase following the conclusion of the academic term and API funding. Despite the dormant AI component, the application demonstrates a complete, production-grade architecture featuring Firebase for user authentication and data persistence, alongside a serverless subscription system powered by Netlify Functions and Paystack.

A lightweight, high-performance weather dashboard that delivers instant forecasts with a focus on user experience and resilience. Built with Vanilla JavaScript, the application leverages the OpenWeatherMap API to provide real-time conditions, 5-day forecasts, and "smart" autocomplete search. It features an intelligent theming system that adapts not just to the time of day, but to the specific weather conditions (e.g., turning dark during rain). The app is engineered for stability, utilizing Service Workers for offline caching and the Geolocation API for immediate local context upon load.

A futuristic, "cyber-wellness" concept interface designed as a showcase of advanced frontend interactivity and high-performance animation. Rather than focusing on backend complexity, this project pushes the boundaries of React rendering. It features a custom math-driven SVG graph that reacts to mouse velocity in real-time, a physics-based trailing cursor, and a reusable "Glassmorphism" component system that uses mouse-tracking to create dynamic lighting effects.

A sonic environment generator and productivity tool engineered with Next.js and TypeScript. Unlike standard audio players, this application leverages the Web Audio API to create a multi-channel mixer, allowing users to layer ambient sounds (Rain, Forest, Wind) with individual volume controls. It features a real-time frequency visualizer rendered on HTML5 Canvas, a built-in Pomodoro timer for focus sessions, and a dynamic Glassmorphism UI that adapts to the playback state. (Best viewed in Desktop view)

A sonic environment generator and productivity tool engineered with Next.js and TypeScript. Unlike standard audio players, this application leverages the Web Audio API to create a multi-channel mixer, allowing users to layer ambient sounds (Rain, Forest, Wind) with individual volume controls. It features a real-time frequency visualizer rendered on HTML5 Canvas, a built-in Pomodoro timer for focus sessions, and a dynamic Glassmorphism UI that adapts to the playback state.