A python Desktop Application for phone number Analysis and privacy- A ware Geographic Data Simulation
DOI:
https://doi.org/10.65405/d2zv7842Keywords:
Python ,phonenumbers Library, Tkinter, Geolocation Simulation, GPS Simulation, Graphical User Interface.Abstract
Phone numbers have become an essential part of modern digital communication and are widely used in various software applications for identity verification, data management, and telecommunications services. This paper presents a Python-based application for analyzing international phone numbers and simulating geographic locations for educational purposes. The application utilizes the phonenumbers library, a Python implementation of Google's libphonenumber, to validate phone numbers and extract information such as the country, carrier, time zone, and phone number type. To demonstrate the concept of geographic information processing without compromising user privacy, the system generates simulated GPS coordinates rather than identifying a user's actual location. A graphical user interface (GUI) developed using the Tkinter library enables users to analyze phone numbers, display the extracted information, open simulated locations on Google Maps, and save the analysis results to a text file. The project demonstrates the integration of Python programming, graphical interface development, metadata analysis, and simulation techniques in a single educational software application.
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