TrackAndGo

Overview

TrackAndGo is a smart public transportation solution designed for Tier-2 and Tier-3 towns, where accessibility, real-time information, and commuter safety are major challenges. The system bridges gaps in existing public transport by offering live bus tracking, smart route alerts, safety-focused features, and accessibility support for women, the elderly, and differently-abled individuals.

The solution aligns with UN Sustainable Development Goals:

• SDG 9 – Industry, Innovation & Infrastructure

• SDG 11 – Sustainable Cities and Communities

TrackAndGo uses dual mobile applications—one for drivers and one for commuters—combined with a cloud-based backend to deliver accurate, scalable, and cost-effective mobility improvements.

Problem Statement

Public transport in smaller towns lacks real-time tracking, timely arrival updates, personalized routes, and safety features. Commuters often face:

• Difficulty tracking bus locations in real time

• Uncertainty about bus arrival times

• Missing alerts for bus arrivals

• Lack of personalized route recommendations

• Safety concerns, especially for women at night

• No voice support for elderly or visually impaired users

TrackAndGo addresses these gaps with a smart, inclusive, and affordable mobility platform.

Key Features

Real-Time Bus Tracking

• Live bus location updates using the driver's smartphone GPS

• No external GPS hardware required

Route Subscriptions and Smart Alerts

• Users can subscribe to specific routes

• Receive notifications for bus arrivals, delays, and route changes

Safety Enhancements

• Women-tagged buses for safer night travel

• Driver identification and verification

• Fullness indicator for avoiding crowded buses

Accessibility Support

• Voice assistance for visually impaired and elderly users

• Wheelchair-friendly bus indicators

• Accessible UI and navigation

Dual Mobile Application System

• Driver App: GPS tracking, route broadcasting

• Commuter App: Real-time tracking, alerts, safety features, personalized navigation

Scalable Cloud Backend

• Real-time data synchronization

• Easily expandable to statewide or national level

• Supports predictive maintenance and future integrations

Technical Approach

• Driver's app uses built-in smartphone GPS to reduce cost and hardware dependency

• Commuter app built for cross-platform use

• Firebase and cloud services used for real-time location updates

• Centralized backend ensures fast, synchronized communication between users and drivers

• Modular architecture supports additional features such as UPI-based ticketing or advertisement dashboards

Feasibility and Viability

Operational Feasibility

• Drivers only need a smartphone

• Easy onboarding with transport authority support

• Intuitive interface for commuters

Technical Feasibility

• React Native for cross-platform development

• Firebase for real-time database updates

• Minimal hardware dependency makes deployment simple and cost-efficient

Economic Feasibility

• No GPS hardware required

• Low development and maintenance cost using open-source tools

• Scalable infrastructure supports government or private partnerships

Market Need

• High demand for improved public transport reliability in semi-urban regions

• Beneficial for women, senior citizens, students, and differently-abled commuters

Impacts and Benefits

• Up to 85% increase in commuter satisfaction due to real-time tracking and alerts

• Reduced private vehicle dependency, supporting environmental sustainability

• Optimized transport resource management using data-driven insights

• Enhanced safety through women-focused features and accessible routing

• Strengthens mobility in underserved areas without major infrastructure upgrades

Tech Stack

Mobile Applications

• React Native

• JavaScript

Backend & Realtime Services

• Firebase (Realtime Database, Authentication)

• Cloud Functions / APIs

Core Functional Components

• GPS Tracking

• Real-time location broadcasting

• Voice assistance

• Smart notifications

Development Tools

• VS Code

• GitHub

System Architecture

1. Driver app captures GPS data

2. Data is sent to Firebase in real-time

3. Commuter app receives live location updates

4. Backend processes alerts, subscriptions, and safety features

5. Users receive notifications and live route insights