Android Text Encryption Using Various Algorithms

Android Text Encryption Using Various Algorithms

Abstract:

Online communication security is crucial in this digital age. With the increased usage of social media platforms, communication confidentiality becomes vital. Without encryption, these messages can be intercepted. We propose a system to secure communication across all social media platforms to address this issue. AES, DES, and MD5 can encrypt plain text messages and generate cipher texts that may be safely transmitted over any communication app. The receiver can decrypt the message by choosing the same algorithm and entering the secret key. This program secures users’ messages and critical data from intruders.

Introduction:

Today’s interconnected world transmits information via multiple channels. However, with data breaches and privacy infringements on the rise, we must implement strong security measures to protect our confidential messages. Plain text messages can be intercepted and accessed, making them insufficient. Thus, mobile-friendly text encryption methods are needed.

Objectives:

This project aims to create an Android app that encrypts text messages using different algorithms. The app helps users secure their social media communication by providing a simple interface and multiple encryption options. The project requires recipients to choose an algorithm and enter a secret key to decrypt messages smoothly.

Project Details:

• User Interface Design: Creating an easy-to-use Android app interface is the first step. Users should be able to enter plain text messages and choose an encryption algorithm from a list.
• Encryption Algorithms: The app uses AES, DES, MD5, and others. Users can choose algorithms based on their security and complexity needs.
• Encryption Process: After entering the plain text message and selecting the encryption algorithm, the application encrypts it using the secret key. This process encrypts plain text, making it unreadable to outsiders.
• Cipher Text Transmission: Any communication app or social media platform can send the encrypted message. Copy and securely send the cipher text.
• The recipient can decrypt the cipher text using the same Android app. The recipient chooses the sender’s encryption algorithm and enters the correct secret key. The application decrypts and displays the plain text message.

Conclusion:

Android Text Encryption is a simple and effective way to secure social media text messages. The app encrypts and securely transmits messages using multiple encryption algorithms and an easy-to-use interface. Decrypting messages requires the same algorithm and secret key as encryption. Intruders can’t read users’ messages thanks to this project. In an increasingly interconnected world, users can send sensitive information securely with the Android Text Encryption app.

Note: Please discuss with our team before submitting this abstract to the college. This Abstract or Synopsis varies based on student project requirements.