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On-Road Vehicle Breakdown Service

On-Road Vehicle Breakdown Service

Developed a multi-user emergency roadside web application using Next.js featuring 24/7 real-time SOS tracking, live location monitoring, and role-based dashboards for Users, Garages, and Admins, supported by comprehensive diagnostics via RESTful APIs. The system includes secure transaction processing through an integrated SSLCommerz payment gateway and implements a subscription service for real-time bookings and status updates, ensuring robust data integrity with fully validated Zod and React Hook Form inputs.

Sep 2025 - Present
Web Application
Technologies
#CSS#Cloudinary#Framer Motion#GitHub#MongoDB#Next.js#Node.js#Nodemailer#React-hook-form#Redux#SSLCommerz#Sentry#Tailwind CSS#TanStack-Query#Vercel#zod#bcrypt
Live Demo Source Code

Key Features

  • Real-time chat with Socket.io
  • Secure Payment integration with Stripe
  • User authentication using NextAuth
  • Mechanic dashboard for managing incoming requests

Case Study Overview

The **On-Road Vehicle Breakdown Service** is a real-time platform designed to provide emergency assistance to vehicle owners during unexpected breakdowns. The goal of this project was to bridge the gap between stranded drivers and nearby professional mechanics, ensuring safety and reducing wait times on the road. **Key Objectives:** * To provide instant location-based mechanic discovery. * To ensure a seamless booking process for emergency services. * To build a reliable bridge for mechanics to find nearby jobs efficiently.

The Challenge

The primary challenge was engineering a highly responsive, mobile-first interface that could handle complex real-time states. Since users are often stranded on the road when using this service, the UI needed to be extremely intuitive and performant under low-bandwidth conditions. Synchronizing the frontend state with the backend during the multi-step booking flow—transitioning from mechanic discovery to live request status—while ensuring a lag-free experience across different devices, required a deep understanding of asynchronous UI logic.

My Solution

To ensure a premium user experience, I architected the frontend using Next.js and Tailwind CSS, implementing a clean, accessible UI with smooth micro-animations for better engagement. I leveraged TanStack Query for robust API data fetching and synchronization, ensuring the user always sees the most up-to-date mechanic availability without manual refreshes. To manage the intricate booking lifecycle (search, accept, progress), I utilized Redux Toolkit for centralized state management. Additionally, I integrated React Hook Form with Zod for bulletproof client-side validation, ensuring that all emergency requests are accurate and error-free before they reach the server