Asia/Kolkata
Projects

Essentia — A Household eCommerce Store

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November 18, 2023
Essentia is a next-generation household eCommerce platform designed to make buying and selling household products effortless, fast, and enjoyable. It delivers a smooth and intuitive experience for both users and administrators by leveraging modern web technologies such as React.js, Spring Boot, and Tailwind CSS. From product discovery to checkout, Essentia ensures a scalable and high-performance system capable of handling growing product listings and user traffic while maintaining top-tier usability.
  • User Authentication: Secure account management powered by JWT-based authentication.
  • Product Catalog: Explore, search, and filter a diverse range of household products with ease.
  • Shopping Cart: Add, update, or remove products and manage quantities effortlessly.
  • Order Management: View detailed order history and track purchase statuses in real time.
  • Responsive Design: Built with Tailwind CSS for a clean, modern, and mobile-friendly interface.
  • React.js: For a fast, dynamic, and interactive front-end experience.
  • Spring Boot: For robust and high-performance RESTful API development.
  • Tailwind CSS: For a sleek, responsive, and consistent UI across devices.
  • JWT Authentication: For secure user access and protected routes.
  • MySQL: For reliable and structured data storage of users, products, and orders.
Building a scalable platform capable of handling multiple concurrent users and dynamic product updates required careful attention to API optimization and state management. Integrating authentication securely across front-end and back-end layers was a key learning milestone, along with designing a modular React architecture for better maintainability. Essentia successfully delivers a full-fledged eCommerce experience tailored for household products. It combines elegant design, secure operations, and seamless user experience. The project reflects strong skills in full-stack development, emphasizing responsive design, performance optimization, and scalable architecture.