Abstract:
The project proposes the development of a novel cryptographic algorithm that combines ASCII and number system conversions with a cyclic mathematical function. The aim is to enhance the security of data encryption by leveraging these diverse techniques, creating a robust and versatile cryptographic system.
Existing System:
The current cryptographic landscape employs various algorithms, but there is a constant need for innovation to counter evolving security threats. Traditional algorithms may become vulnerable, and the existing systems may lack the desired level of adaptability and complexity.
Proposed System:
The proposed system introduces a cryptographic algorithm that integrates ASCII and number system conversions, along with a cyclic mathematical function. This innovative approach aims to provide a higher level of security and resilience against emerging cryptographic attacks. The algorithm will be designed to accommodate dynamic encryption requirements, ensuring adaptability to evolving security challenges.
System Requirements:
- Processing Power: The algorithm demands moderate computational resources, suitable for standard desktop and server environments.
- Memory: Adequate RAM to handle encryption and decryption processes efficiently.
- Storage: Minimal storage requirements for algorithm implementation and key management.
Hardware Requirements:
- Processor: Dual-core or higher processor for optimal performance.
- RAM: 4 GB or higher for smooth execution.
- Storage: 100 MB of free space for algorithm implementation and data storage.
Software Requirements:
- Operating System: Platform-independent, compatible with Windows, Linux, and macOS.
- Java Runtime Environment (JRE): Version 8 or above.
- Development Environment: Eclipse or IntelliJ for Java development.
Architecture of cryptographic:
The system follows a modular architecture, comprising components for ASCII and number system conversions, cyclic mathematical function, and key management. The algorithm integrates seamlessly into existing systems, allowing for flexible deployment and customization.
Technologies Used:
- Java: The primary programming language for algorithm implementation.
- GUI (Graphical User Interface): JavaFX for a user-friendly interface.
- Cryptography Libraries: Java Cryptography Architecture (JCA) for secure key management and cryptographic operations.
Web User Interface:
While the core algorithm operates at the backend, a web-based user interface facilitates user interaction. The interface, developed using JavaFX, allows users to input data, configure encryption parameters, and visualize the encryption/decryption process. This ensures user-friendly accessibility and ease of use.
In summary, this project introduces an innovative cryptographic algorithm that leverages ASCII and number system conversions, along with a cyclic mathematical function, to enhance data security. The system is designed to be flexible, adaptable, and user-friendly, making it a valuable addition to the realm of secure data communication.
