To evaluate the efficacy and usability of the Advance Traffic Navigation System, assessing its capacity to facilitate community engagement in addressing road-related issues. This study aims to analyze the app's user interface, functionality in registering complaints, auto-location detection, volunteer engagement, and feedback mechanisms. The objective is to discern the app's effectiveness in fostering collaborative problem-solving, enhancing transparency, and providing a seamless platform for users and volunteers to collectively manage and resolve road concerns.
This Android application offers a user-friendly platform for community-driven road maintenance. Upon signing up and logging in, users access the main dashboard where they can promptly register complaints or requests related to road accidents. The unique selling point of the app is its ability to auto-detect the user's location when a complaint is lodged, adding an efficiency layer in addressing road concerns. Further amplifying its community-centric approach, the app allows users to relay their requests to nearby volunteers. These volunteers, upon receiving the concerns via SMS notifications, have the capability to update the complaint status. This ensures a dynamic feedback loop, fostering transparency and collaboration. Users also benefit from a history feature, enabling them to track past complaints and resolutions. In essence, this application serves as a bridge between individuals and volunteers, ensuring that road-related issues are addressed efficiently through collective effort.
KEYWORDS: Mobile application, Android.
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H/W CONFIGURATION:
β’ Processor - I3/Intel Processor
β’ RAM - 8 GB
β’ Hard Disk - 1TB
S/W CONFIGURATION:
β’ Operating System - Windows 10
β’ JDK - java
β’ Plugin - Kotlin
β’ SDK - Android
β’ IDE - Android studio
β’ Database Server - php, MySQL