CommunityConnect: A Multi-Role Community Support and Welfare Management Platform

CommunityConnect: A Multi-Role Community Support and Welfare Management Platform

A. S. Khandagale, Amogh Joshi, Nishad Pawar

Department of Information Technology

All India Shri Shivaji Memorial Society’s Polytechnic, Pune

Abstract:

In today’s rapidly growing digital world, community welfare activities still face major challenges due to the lack of structured and centralized systems. Although many people are willing to help others, there is often a gap between those who need support and those who can provide it. Existing methods such as social media posts, phone calls, and informal communication channels are widely used, but they are unorganized, difficult to track, and unreliable when the number of requests increases. These limitations lead to delayed responses, duplication of efforts, lack of transparency, and reduced trust among users.

This paper presents CommunityConnect, a multi-role community support and welfare management platform designed to address these real-world challenges. The system provides a centralized digital environment where users, NGOs, volunteers, donors, and administrators can interact in a structured and coordinated manner. The core idea of the platform is to treat every welfare request not as a simple submission, but as a complete process that moves through multiple stages such as request creation, verification, acceptance or rejection, volunteer assignment, execution, tracking, and final closure. This workflow-based approach ensures that each request is properly managed, monitored, and completed with accountability.

The platform is developed using modern web technologies to ensure performance, scalability, and usability. The frontend is built using React with Vite, providing a responsive and user-friendly interface. The backend is implemented using Node.js and Express, which handle business logic, request processing, and API communication. A MySQL database is used for structured data storage, enabling efficient management of users, requests, assignments, and system records. Secure authentication is implemented through email-based OTP verification and JWT-based session management, ensuring that only authorized users can access the system. Additional features such as media uploads, role-based access control, and integrated communication further enhance system functionality.

The design and development of CommunityConnect are strongly supported by existing research in areas such as digital volunteering, nonprofit technology adoption, and civic engagement platforms. Previous studies highlight that digital platforms can improve participation and coordination, but most of them focus on specific aspects such as volunteer management or donation systems. They lack integration, workflow tracking, and multi-stakeholder coordination. CommunityConnect addresses this research gap by combining multiple functionalities into a single unified platform, enabling better coordination, transparency, and efficiency.

The system has been successfully implemented and deployed on a live environment, demonstrating its real-world applicability. The results show that the platform is capable of improving communication between stakeholders, reducing response delays, increasing user participation, and ensuring better utilization of resources. By providing a structured and transparent workflow, CommunityConnect enhances trust and accountability in community welfare systems.

Thus, CommunityConnect is not only a technical solution but also a socially impactful platform that leverages digital technology to strengthen community support mechanisms and improve the overall effectiveness of welfare activities in modern society.

Keywords: Community Welfare, Digital Platform, Workflow Management, NGO Coordination, Volunteer Management, Role-Based Access Control, Request Lifecycle, Web Application, Transparency, Resource Sharing