1. Identification and Significance of the Problem (15%) Problem Statement: Breakdowns or punctures while traveling on highways or in remote areas often leave vehicle users stranded with no access to nearby mechanic shops. This results in delays, stress, safety issues (especially at night), and financial losses in case of goods transport. Significance: Industry Demand: Logistics, transport, and tourism sectors require reliable on-road assistance. Societal Need: Ensures personal safety and convenience for daily commuters and long-distance travelers. Technological Relevance: Bridges the gap between transportation and on-demand services using GPS and mobile connectivity. 2. Originality and Innovation (20%) Original Features: AI-Based Mechanic Matching System: Automatically assigns a nearby, skilled mechanic based on issue type (e.g., puncture, battery, engine). Predictive Breakdown Alerts: Integrate with IoT devices (OBD scanners) in vehicles to predict potential failures before they happen. Mechanic Live Tracking: See the mechanic’s route and ETA in real-time. AR Video Assistance: If a mechanic is not nearby, the app offers Augmented Reality video guidance to perform temporary fixes. 3. Viability of Technology (20%) Technology Stack: Frontend: Mobile app (Flutter/React Native) Backend: Node.js / Python Flask APIs: Google Maps API for live tracking, Firebase for notifications Database: MongoDB / PostgreSQL for storing service requests, user data AI Integration: For smart diagnosis and mechanic recommendations Feasibility: All technology components are readily available and widely used. Mobile internet penetration in India and other countries makes this service accessible. 4. Impact and Scalability (15%) Social Impact: Reduces risk and ensures passenger safety in breakdown-prone areas. Empowers local mechanics by giving them digital access to customers. Economic Impact: Reduces downtime in logistics and delivery operations. Creates micro-entrepreneurship for roadside mechanics. Scalability: Start in metro & highway corridors, then expand to pan-India, then to other countries. Can partner with insurance firms, transport companies, and vehicle manufacturers. 5. Sustainability and Business Model (10%) Revenue Streams: Commission from each repair job Subscription for fleet owners or regular users (e.g., taxi aggregators) Advertisement from auto-part manufacturers or garages Emergency service fee during peak hours Long-Term Viability: High demand due to increasing vehicles on road Can scale by franchising or mechanic onboarding model Customer Retention: Loyalty points, emergency credits, and 24x7 assistance hotline 6. Clearness & Presentation (10%) Solution Overview: A GPS-based app that connects stranded travelers to nearby verified mechanics. The system uses AI to match service needs, provides real-time tracking, and includes digital payment support. Anticipated Results: Faster repair services Improved road safety Increased employment for local mechanics Reduced logistics downtime Presentation Tips: Use clean UI mockups showing how the booking works Add a map view showing a user and mechanic location Use an infographic showing value for drivers, mechanics, and companies 7. Interdisciplinarity & Team Collaboration (10%) Team Composition Suggestions: Software Engineer: App and backend development Mechanical Engineer: Understanding vehicle systems and common faults Business/Marketing Lead: Revenue model and partnerships UI/UX Designer: Clean and intuitive interface Field Coordinator: Connect with local mechanics and handle operations Collaboration Strategy: Use tools like Slack/Trello for task management Weekly sprint reviews Shared GitHub/Cloud for codebase ✅ Additional Unique Features: SOS Button for Emergency Help: Connects directly to police/highway patrol in case of safety concerns Digital Repair History: Stores past repairs per vehicle for diagnostics Rating & Reward System: Rate mechanics and earn rewards for regular users Multilingual Support: App interface available in multiple Indian languages for rural accessibility