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The End-to-End Data Protection System (E2EDPS) is a novel protocol designed to enhance data privacy and security in digital communications. By leveraging Elliptic Curve Cryptography (ECC), E2EDPS ensures the confidentiality and integrity of user data through a unique private key-based authentication mechanism and dual encryption strategy.
- Client-Side Encryption: User data is encrypted on the client-side before transmission, ensuring that it remains secure throughout its lifecycle.
- Robust Authentication: Utilizes a 64-character private key for secure authentication, minimizing the risk of unauthorized access.
- Censorship Resistance: Designed to be 100% strict censorship resistant, allowing users to maintain control over their data without interference.
- Protection Against Third-Party Access: The system prevents unauthorized access even in scenarios involving third-party intermediaries or cyber-criminals.
E2EDPS operates on a client-server architecture where:
- The client encrypts data before sending it to the server.
- The server manages encrypted data without ever accessing it in plaintext.
- End-to-End Encryption: Ensures sensitive information is never exposed to the server or third-party services.
- Key Management: Unique private keys for each user minimize key compromise risks.
- Robust Authentication: Strong authentication mechanisms enhance security against unauthorized access.
- Censorship Resistance: Users can freely express themselves and access information without fear of suppression.
Future developments will focus on optimizing system performance and exploring additional cryptographic techniques to further enhance security.
For a detailed understanding of the E2EDPS, please refer to the full research paper available in PDF format: