Re-Vitalize: Sustainable Waste Management Using Smart Technologies

Effective waste management is a critical challenge in rapidly urbanizing regions, where traditional systems often fail to ensure timely collection, proper segregation, and efficient disposal. This paper presents Re-Vitalize, a sustainable waste management system developed as a full-stack web application to address these challenges. The proposed system enables users to report waste, schedule pickups, and access awareness resources through an intuitive digital interface. The frontend is developed using React.js, providing a responsive and user-friendly experience, while the backend utilizes Node.js and Express.js to manage application logic and server-side operations. MongoDB is employed as a NoSQL database to store user data, waste reports, and service records securely. The system facilitates real-time interaction between citizens and waste management authorities, thereby improving operational efficiency and communication. Unlike conventional systems, the proposed solution does not rely on costly hardware such as IoT devices, making it scalable and cost-effective. It also promotes environmental awareness and supports data-driven decision-making through structured digital records. Future enhancements include integration with IoT-based smart bins and AI-based waste classification. The system contributes to cleaner urban environments and supports sustainable development goals.