System and method of secret online voting countering vote stuffing and substitution, vote trading and pressure on voters

Smart overview of the Invention

The system and method described aim to enhance the security and integrity of secret online voting. By allowing voters to verify their votes during a public procedure and change their choices within the voting period, it addresses issues like vote stuffing, substitution, trading, and coercion. The results of the voting process are accessible to all participants immediately after the conclusion, providing transparency and a view of social distribution preferences.

Key to the system is the use of personal devices interconnected through a peer-to-peer network. This setup leverages direct messaging between devices, utilizing asymmetric multi-stage encryption for security. Information is stored in a distributed manner with redundancy, ensuring data integrity and resilience. Each device independently processes the data, which reduces computational demands and costs for organizers.

This invention builds upon existing electronic balloting systems by integrating modern technology advancements. Unlike traditional methods that relied on specialized devices or paper ballots, this approach uses personal smart devices like smartphones and tablets. These devices facilitate secure communication over public networks, allowing for broader participation without compromising voter anonymity.

The system also incorporates advanced encryption techniques to protect voter data throughout the process. By employing a combination of symmetric and asymmetric keys, it ensures that votes remain confidential until authorized decryption by election officials at the end of the voting period. This method prevents unauthorized access to sensitive information, even from database administrators.

Overall, this patent application represents a significant step forward in electronic voting technology. It addresses longstanding challenges in the field by combining secure communication protocols with decentralized data management. This approach not only enhances voter confidence but also streamlines the voting process, making it more accessible and cost-effective.