About the Book

A coercion-resistant and verifiable e-voting system is a sophisticated electronic voting system designed to ensure the integrity, privacy, and transparency of the voting process. It incorporates advanced cryptographic techniques and security measures to protect against coercion, manipulation, and fraud while providing a verifiable and auditable record of the votes.

Here are the key features and characteristics of such a system:

1. Coercion Resistance: The system is designed to withstand attempts by external parties to influence or manipulate voters' choices. It ensures that voters can cast their votes freely without fear of coercion or intimidation. Techniques like vote privacy, voter anonymity, and vote confirmation are employed to safeguard against coercion.

2. End-to-End Verifiability: The system allows all participants, including voters, election authorities, and auditors, to independently verify the correctness of the election results. It achieves this through cryptographic protocols and mechanisms that provide mathematical proofs of the integrity and accuracy of the votes.

3. Individual Verifiability: Each voter can verify that their vote has been accurately recorded and counted without revealing their identity or the specific candidate they voted for. This feature increases trust in the system and empowers voters to ensure the accuracy of their votes.

4.Independent Auditing: The system allows for independent audits to be conducted by authorized entities or individuals to verify the accuracy and integrity of the voting process. Auditors can verify the encryption, decryption, and tallying mechanisms to ensure they are functioning correctly and without any tampering.

5. Robust Authentication: To prevent unauthorized access and ensure that only eligible voters can participate, the system employs secure authentication mechanisms. This may include methods like biometric authentication, voter registration validation, or multi-factor authentication to ensure the identity of the voters.

6. Redundancy and Fail-Safes: The system is designed with redundancy and fail-safe mechanisms to prevent data loss, ensure continuous operation, and mitigate the impact of technical failures. Multiple backups, distributed storage, and fault-tolerant architecture are implemented to minimize the risk of system failure or data corruption.

By incorporating these features, a coercion-resistant and verifiable e-voting system aims to provide a secure, transparent, and efficient alternative to traditional voting methods, ensuring the accuracy and legitimacy of election results while maintaining the privacy and freedom of individual voters.