# Secure Voting Website Using Ethereum and Smart Contracts
## 6 Conclusions  
The issue of maintaining a secure voting system is a prevalent problem in many countries. Current voting systems, such as the EVM in India, face significant problems, such as decreased security and privacy concerns. The proposed model presents solutions to these problems through a blockchain-based voting system that utilizes smart contracts to ensure voter privacy, increase voting motivation, and enhance overall election security. The proposed method used Ganache, a private Ethereum platform, to develop a decentralized application with numerous advantages, such as accurate traceability and high-security protocols. By utilizing a decentralized database, the proposed system offers a more secure voting process than existing centralized databases. One significant benefit of the proposed method is that voters can vote from anywhere and on any internet-enabled device. This feature enhances convenience and accessibility for voters and potentially increases voter turnout. Moreover, the proposed system increases voter motivation by instilling trust in voting, a crucial aspect of a fair election. While the proposed method offers numerous advantages over current voting systems, there are opportunities for future research to \begin{table}
\begin{tabular}{p{113.8 pt} p{113.8 pt} p{113.8 pt}} \hline \hline
**Validation Criteria** & **Description** & **Pass/Fail** \\ \hline Accuracy & The system accurately records and counts votes & Pass \\ \hline Security & The system is secure and free from vulnerabilities & Pass \\ \hline Usability & The system is user-friendly and easy to use & Pass \\ \hline Scalability & The system can handle a large number of users and transactions & Pass \\ \hline Transparency & The system provides clarity throughout the voting process & Pass \\ \hline Integrity & The system maintains the integrity of the voting process & Pass \\ \hline Reliability & The system functions reliably and is available when needed & Pass \\ \hline Accessibility & The system is accessible to all eligible voters & Pass \\ \hline Auditability & The system provides an audit trail of all voting activities & Pass \\ \hline Compatibility & The system is compatible with existing voting infrastructure & Pass \\ \hline Performance & The system performs well under high load conditions & Pass \\ \hline Cost-Effectiveness & The system is cost-effective compared to traditional voting methods & Pass \\ \hline \hline \end{tabular}
\end{table} 
Table 6: Validation Results for Blockchain Voting System \begin{table}
\begin{tabular}{p{113.8 pt} p{113.8 pt} p{113.8 pt} p{113.8 pt}} \hline \hline
**Validation Criteria** & **Test Case** & **Result** & **Expected Outcome** & **Actual Outcome** \\ \hline Voter Registration & Register with invalid ID & Failed & Error message displayed & Error message displayed \\ \hline Voting & Cast vote without registration & Failed & Error message displayed & Error message displayed \\ \hline Vote Counting & Count invalid vote & Failed & Invalid vote not counted & Invalid vote not counted s \\ \hline Security & Attempt to hack blockchain & Passed & Access denied & Access denied \\ \hline Performance & Large number of voters & Passed & No system slowdown & No system slowdown \\ \hline \hline \end{tabular}
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Table 5: Validation Results. increase its security and accuracy. Implementing AIML can be utilized to identify the individuals casting their votes. This addition could provide an additional layer of protection to ensure that only eligible voters are casting their votes. The protocol could verify whether the person voting is the same person who registered during the registration process. By incorporating these concepts, the voting system could be made even more secure and trustworthy, ultimately ensuring a fair election. Our proposed model is validated and evaluated through simulations and experiments to ensure the accuracy and effectiveness of our proposed blockchain voting system.