The document proposes developing an online voting system using blockchain technology to address limitations of traditional voting. It aims to increase voter turnout and security while improving transparency. Key features would include decentralized vote registration verified by all participants, ensuring voter privacy through anonymity. The system would use Ethereum and smart contracts to develop the e-voting application, with tools like Solidity, Metamask and Ganache for deployment and testing.

1. TheFutureofDemocracySecureOnlineVoting
PoweredbyBlockchainTechnology

2. Overview
● Introduction
● problem statement
● Aims
● Diagrams
● Other similar project
● preference and privileges
● Expected achievements for project
● Types of servers technology in use && language
● End

3. introduction
● presentation will focus on the use of blockchain
technology for online voting Flaws of current voting
practices
○ Online voting by blockchain is a trending technology
to improve the security and transparency of the
voting process
○ Blockchain technology enables a decentralized,
tamper-proof vote registration, which can be
verified by all participants in the network

4. Problem Statement:
The problem statement for online voting by blockchain is to address the
challenges and limitations of traditional voting systems, such as low voter
turnout, vulnerabilities to fraud and manipulation, and a lack of transparency in
the voting process.
Online voting by blockchain aims to provide a more secure, transparent and
efficient alternative to traditional voting systems by taking advantage of the
decentralized and tamper-proof nature of blockchain technology. Maintaining
voter privacy and preventing attacks on the blockchain network

5. Aims:
-Increase voter turnout: By providing a more accessible way to vote, online voting
powered by blockchain aims to increase voter turnout and participation in the
electoral process.
-Enhanced security: Blockchain technology enables decentralized and decentralized
vote registration, which increases the security and integrity of the voting process and
reduces the possibility of fraud and manipulation.
-Improved transparency: The decentralized nature of blockchain technology allows
all participants in the network to verify the integrity of the voting process, increasing
transparency and trust in the electoral system.

6. complete Aims 
Ensuring Privacy: Online voting by blockchain aims to ensure voter privacy, by
providing anonymity and preventing voting preferences from being revealed.
* The election system must ensure that the vote cast by the voter has been .
Recorded that Only eligible voters must be allowed to vote
-Overall, the goals of online voting by blockchain are to provide a more secure,
transparent, accessible and efficient system for the electoral process, while ensuring
and respecting voter privacy
We can sum it up in the power of hashing to protect privacy

7. Diagrams
Yes, it’s submitted
to online voting,
and this is what
we see in the
analysis of the
image
Going for
online
voting...
Source: [1] FollowMyVote whitepaper; Adam Kaleb Ernest (2014)

9. Diagrams
Use case diagram

10. ● Other similar project
Direct Recording Electronic voting machine: This type, which is abbreviated to
DRE, integrates with keyboard; touch screen, or buttons for the voter press to poll.
Some of them lay in voting records and counting the votes is very quickly. But the
other DRE without keep voting records are doubted about its accuracy.
Punch card: The voter uses metallic hole-punch to punch a hole on the blank ballot.
It can count votes automatically, but if the voter's perforation is incomplete, the
result is probably determined wrongfully

11. Complete Other similar project
Optical voting machine: After each voter fills a circle correspond to their favorite
candidate on the blank ballot, this machine selects the darkest mark on each ballot
for the vote then computes the total result.

12. preference and privileges our project
Blockchain is the only technology in existence that can enable end-to- end
verifiability in elections.
› Benefits of Blockchain→>All encrypted ballots authenticate with a voter.
Proofs of blockchain to validate all process.
>>Voters can see their own ballot on the blockchain
----------------------------------------------------------------------------------------

13. preference and privileges our project
Increase voter turnout: By providing a more accessible way to vote, online voting
powered by blockchain aims to increase voter turnout and participation in the
electoral process.
-Enhanced security: Blockchain technology enables decentralized and decentralized
vote registration, which increases the security and integrity of the voting process and
reduces the possibility of fraud and manipulation.

14. preference and privileges our project
-Simplifying the Voting Process: Online voting via blockchain can eliminate the
need for election officials or voting machines, reducing costs and increasing the
efficiency of the voting process.
-Ensuring Privacy: Online voting by blockchain aims to ensure voter privacy, by
providing anonymity and preventing voting preferences from being revealed

15. Expected achievements for project
A user-friendly online voting platform is designed, which allows voters to cast
their votes securely and efficiently. The platform includes features such as user
authentication, vote verification, and vote counting.
Ensuring voter privacy: The online voting system is designed to ensure the
privacy of voters, protecting their identities and voting preferences from
unauthorized access. Techniques such as encryption and digital signatures are
used to achieve this.
A user-friendly online voting platform is designed, which allows voters to cast
their votes securely and efficiently. The platform includes features such as user
authentication, vote verification, and vote counting.

16. Types of servers technology in use && language
 ETHEREUM : For developing E-voting using Blockchain we used Ethereum
-1 popular platform for creating distributed Blockchain applications that support
smart contracts. Ether (ETH) is the native cryptocurrency of the platform
 SMART CONTRACT : Smart contracts are self-executing contracts which
contain the terms and conditions of agreement between peers
They are simply programs stored on a blockchain that run when predetermined
conditions are met.

17. Types of servers technology in use && language
SOLIDITY : is a contract-oriented, high-level language for implementing smart
contracts. It is statically typed, supports inheritance, libraries and complex user-
defined types among other features.
METAMASK : For performing any transaction on the blockchain we require an
account which will have unique account address. This can be created by using the
Metamask chrome extension.

18. Types of servers technology in use && language
GANACHE : Since working with the main ethereum network costs actual money for
transactions, we are using a local RPC "Ganache".
Ganache is a local test network for rapid Ethereum and distributed application
development.

20. Diagrams
Class diagrams