THE MOBILE STORE SYSTEM MCA Semester – IV UPPARI RAGHU 231DD01461
THE MOBILE STORE SYSTEM Name of the Student : UPPARI RAGHU Registration Number : 231DD01461 Course & Semester : MCA – Semester IV Institution Name : Vignan’s Foundation for Science, Technology and Research (VFSTR) Guide Name : Mrs. Nazma Sultana Shaik. Date of Presentation : 10 th JUNE 2025 (10-06-2025) Area/Domain of the Project : COMPUTER SCIENCE AND IT
Introduction The Mobile Store System is a desktop/web-based application that digitizes the operations of a mobile retail shop. It manages inventory, billing, sales tracking, and customer engagement. AI elements are used to personalize product recommendations.
Objectives of the Project To automate mobile store transactions and inventory management To reduce paperwork and manual errors To offer personalized product suggestions to users To provide a secure and efficient billing system To generate reports for sales, stock, and employee performance
Problem Statement . Manual systems are time-consuming and error-prone Lack of personalization for product suggestions. High storage needs for physical records. Inconsistent and unstructured reporting
Scope of the Project Included: Item entry, purchase, and sales tracking Billing with credit card integration Email notification on billing Employee and daily expense tracking Admin dashboard with logs and reports Excluded (Limitations): Limited to users with basic computer knowledge Errors in manual item code entry Future Possibilities: Cloud integration for access across branches E-payment integration and mobile access Advanced analytics with AI
Methodology / System Architecture Methodology : Waterfall model followed Tools/Technologies Used : Java (frontend), CSS, HTML, JavaScript Database : (Replace CSS with MySQL/SQLite for correctness)
Tools and Technologies Programming Languages : Java, HTML, JavaScript Database : MySQL or any desktop-based storage (initially mentioned incorrectly as CSS) Editor : Notepad++ Platform : Desktop/Web-based Others : Email notification system, credit card billing logic
System Design / Data Flow Modules : Item Master Sales Purchase Employee Details Daily Expense Reports Design : Responsive UI, Itinerary planner, Search/filter, Product display Optional : Add screenshots of UI and data flow diagram if available
Analysis / Implementation Admin can manage products, sales, and employees Users can view products, get suggestions, and place orders System maintains purchase and sales history Reporting feature enables performance review
Testing: Functional Testing : Form validation, link testing Usability Testing : Navigation, readability Compatibility Testing : Cross-browser and OS support Security Testing : URL protection, CAPTCHA, SSL (if online) Performance Testing : Load and stress testing under traffic
Findings and Results Improved accuracy and efficiency in billing Reduced human error and paper usage Better user experience through product suggestions Effective tracking of employee and daily expenses
Conclusion Successfully automated mobile store operations. Enhanced customer experience and operational reporting. System is scalable and ready for integration with web technologies.
Future Scope Integrate with e-commerce platform Implement mobile app version Real-time inventory updates Role-based access control for enhanced security
References: Wikipedia W3Schools Google (www.google.co.in, www.google.com) Microsoft (www.microsoft.com) Answers.com (http://www.answers.com)