To design and implement a Secure Digital Wallet System that ensures safe digital transactions using cryptographic key management protocols. The project focuses on encryption, secure key generation, authentication mechanisms, and protection against cyber threats, aligning with BCA and MCA curriculum in cybersecurity, cryptography, and secure software development.
Conduct literature review on digital wallets and cryptographic security mechanisms.
Study symmetric and asymmetric encryption techniques (AES, RSA).
Design system architecture including user interface, backend server, and database.
Implement secure user registration and multi-factor authentication system.
Develop cryptographic key generation, distribution, storage, and revocation modules.
Integrate encryption and decryption mechanisms for transaction data protection.
Implement digital signature mechanism to ensure transaction integrity and non-repudiation.
Develop secure session management and token-based authentication.
Design and manage a secure database for storing encrypted wallet data.
Simulate secure peer-to-peer digital transactions within the system.
Conduct vulnerability testing and basic penetration testing.
Apply hashing algorithms (SHA-256) for password security.
Prepare documentation including system design diagrams (DFD, ER Diagram, Architecture Diagram).
Compare the implemented system with real-world digital wallets.
Deploy the application locally or on a secure cloud environment.
Prepare final project report and presentation aligned with BCA/MCA academic standards.
