Click here to download the abstract for Symmetric Key Cryptography
Abstract:
In the realm of information security, the need for robust cryptographic techniques is paramount. This postgraduate project introduces a novel approach to Symmetric Key Cryptography, aiming to enhance the security of data transmission and storage. The project explores innovative algorithms and methodologies to address the limitations of existing symmetric key cryptography systems.
Existing System:
Current symmetric cryptography systems exhibit vulnerabilities, and there is a constant need for advancements to counter emerging threats. The existing systems often face challenges related to key management, performance, and susceptibility to certain attacks.
Proposed System:
The proposed system introduces cutting-edge algorithms and techniques to overcome the limitations of traditional symmetric key cryptography. Emphasis is placed on key management, algorithmic robustness, and resistance against modern cryptographic attacks. The project aims to provide a more secure and efficient solution for data encryption and decryption.
System Requirements:
- Hardware:
- Minimum 4 GB RAM
- Dual-core processor
- 100 GB Hard Disk
- Network connectivity
- Software:
- Java Development Kit (JDK) 8 or later
- IDE (Integrated Development Environment) such as Eclipse or IntelliJ
- Database management system (e.g., MySQL, PostgreSQL)
Architecture:
The system adopts a modular architecture to facilitate scalability and maintainability. It comprises components for key generation, encryption, decryption, and key management. The architecture prioritizes security and efficiency, ensuring a seamless integration of cryptographic processes.
Technologies Used:
- Programming Language: Java
- Database: MySQL
- Cryptography Libraries: Java Cryptography Extension (JCE)
- Web Interface: HTML, CSS, JavaScript
- Frameworks: Spring Boot (optional)
Web User Interface:
The system features a user-friendly web interface for interacting with cryptographic functionalities. Users can perform encryption and decryption operations, manage cryptographic keys, and monitor system logs. The interface is designed for ease of use while adhering to security best practices.
In conclusion, this project proposes an innovative approach to symmetric key cryptography, addressing the shortcomings of existing systems. Through the adoption of advanced algorithms and a secure architecture, the project aims to contribute to the ongoing evolution of cryptographic techniques for enhanced data protection.
