“How can the blockchain make electronic voting more secure?” - István András Seres
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Elections are basically executed the very same way since the inception of democracy. Can we do better with the use of blockchain?
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Blockchain based electronic voting system
The document discusses using blockchain technology to create an electronic voting system. It begins by explaining some of the issues with current centralized electronic voting systems, such as the database being hackable and susceptible to manipulation. Blockchain provides a solution by using a decentralized, distributed ledger that makes tampering virtually impossible. The rest of the document discusses how a blockchain-based e-voting system would work, including how votes would be cast and recorded on the blockchain, ensuring security, transparency and immutability of votes. It also reviews some literature on previous research into blockchain voting systems.
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1) The document proposes a blockchain-based online voting system that uses Ethereum blockchain and smart contracts to enable secure and transparent voting.
2) Voters would create wallets using their credentials and receive private keys to anonymously cast votes by transferring tokens to candidate wallets. This allows votes to be cast from any location.
3) The blockchain records all transactions immutably while maintaining voter anonymity. Test results showed voters could successfully cast anonymous votes for candidates.
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This document proposes a blockchain-based e-voting system to address issues with traditional and existing electronic voting methods. It discusses challenges with ballot paper systems, electronic voting machines, and e-voting systems. Blockchain technology is presented as a solution because it allows for a decentralized system where the database is owned collectively rather than by a central authority. This could help reduce manipulation of vote counts. The proposed system aims to leverage open-source blockchain technology to create a new e-voting architecture for local or national elections that ensures voter participation and removes doubts about the voting process.
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set zeroth review blockchain electoral system.pdf
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The document proposes implementing an electoral voting system using blockchain technology. It discusses some of the issues with current voting systems, such as lack of transparency and security concerns. The proposed system would use blockchain, Ethereum, smart contracts and Solidity to create a decentralized voting application. This would allow votes to be recorded securely and immutably on the blockchain, improving transparency, security and reducing costs compared to traditional voting methods. A literature review found that blockchain technology could help address issues like vote verification and auditing that existing electronic voting systems face.
Blockchain recent artciles in 2020
There is no uncertainty that the chroma currency is very popular for the transaction information stored in the block of blocks. To initiate the importance of blocking, there is only one distributed ledger in which data is stored, since many of the centers in the blockchain network limit enough records for these records. This document proposes a decision-making framework based on innovation to create a secure, unjustifiable, accurate and transparent framework for voter privacy. In addition, it is voted and declared in this context that the race has a short period of time, since it is automatically registered in the table. This framework also gives society confidence in its legislation when applying this technique. In this framework, an administrator can add a candidate and a voter to the block. In different hands, a voter can log into the framework and then decide in favor of a candidate that the details of the vote should be stored in the block. In addition, each square in the blockchain innovation that relates to the previous square contains the hash of the previous square, and each square contains explicit data based on the square footage. The hub is connected by a peer network in this framework, with all the hubs in the block site network that have a complete duplicate block.
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This document proposes a blockchain-based e-voting system to address issues with existing digital voting methods. It discusses how blockchain could provide a transparent, secure and verifiable voting process. The key elements of the proposed system include:
1) Organizing elections on a decentralized app where administrators create smart contracts to set up voting districts and candidates.
2) Registering voters by having election authorities define eligible voters and using identity verification to issue voters digital IDs and wallets for casting ballots.
3) Allowing voters to anonymously cast encrypted ballots on the blockchain through their wallet, with votes being decrypted after the election window closes to protect voter privacy.
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Blockchain based electronic voting system
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1) The document proposes a blockchain-based online voting system that uses Ethereum blockchain and smart contracts to enable secure and transparent voting.
2) Voters would create wallets using their credentials and receive private keys to anonymously cast votes by transferring tokens to candidate wallets. This allows votes to be cast from any location.
3) The blockchain records all transactions immutably while maintaining voter anonymity. Test results showed voters could successfully cast anonymous votes for candidates.
IRJET- Blockchain-based Secured E-Voting System to Remove the Opacity and Ens...
This document proposes a blockchain-based e-voting system to address issues with traditional and existing electronic voting methods. It discusses challenges with ballot paper systems, electronic voting machines, and e-voting systems. Blockchain technology is presented as a solution because it allows for a decentralized system where the database is owned collectively rather than by a central authority. This could help reduce manipulation of vote counts. The proposed system aims to leverage open-source blockchain technology to create a new e-voting architecture for local or national elections that ensures voter participation and removes doubts about the voting process.
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This document proposes developing a secure online voting system powered by blockchain technology. Blockchain could address issues with traditional voting like fraud, tampering, and lack of transparency. It would provide security, transparency, and efficiency. The project would design a decentralized voting platform using blockchain for secure vote storage and verification. It would include a user-friendly interface for remote voting and confidentiality measures to protect voter identity. The system would enable a transparent, auditable process for stakeholders to monitor elections.
set zeroth review blockchain electoral system.pdf
Implementing Electoral System using BlockChain
The document proposes implementing an electoral voting system using blockchain technology. It discusses some of the issues with current voting systems, such as lack of transparency and security concerns. The proposed system would use blockchain, Ethereum, smart contracts and Solidity to create a decentralized voting application. This would allow votes to be recorded securely and immutably on the blockchain, improving transparency, security and reducing costs compared to traditional voting methods. A literature review found that blockchain technology could help address issues like vote verification and auditing that existing electronic voting systems face.
Blockchain recent artciles in 2020
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E-VOTING SYSTEM USING BLOCKCHAIN
This document presents a proposal for an e-voting system using blockchain technology. It aims to establish an effective and secure e-voting mechanism by leveraging blockchain's capabilities such as cryptography and transparency. The proposed system uses a website for voter registration and Aadhaar verification for authentication. Each voter is assigned an Ethereum account to cast their vote, addressing the issue of double voting. Votes are recorded on the blockchain as transactions. The results are computed and displayed after all votes are cast. The system aims to allow voters to securely vote from anywhere using blockchain's decentralized and transparent nature to improve over traditional centralized e-voting systems.
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This document proposes a blockchain-based e-voting system to address issues with existing digital voting methods. It discusses how blockchain could provide a transparent, secure and verifiable voting process. The key elements of the proposed system include:
1) Organizing elections on a decentralized app where administrators create smart contracts to set up voting districts and candidates.
2) Registering voters by having election authorities define eligible voters and using identity verification to issue voters digital IDs and wallets for casting ballots.
3) Allowing voters to anonymously cast encrypted ballots on the blockchain through their wallet, with votes being decrypted after the election window closes to protect voter privacy.
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There is no uncertainty that the chroma currency is very popular for the transaction information stored in the block of blocks. To initiate the importance of blocking, there is only one distributed ledger in which data is stored, since many of the centers in the blockchain network limit enough records for these records. This document proposes a decision-making framework based on innovation to create a secure, unjustifiable, accurate and transparent framework for voter privacy. In addition, it is voted and declared in this context that the race has a short period of time, since it is automatically registered in the table. This framework also gives society confidence in its legislation when applying this technique. In this framework, an administrator can add a candidate and a voter to the block. In different hands, a voter can log into the framework and then decide in favor of a candidate that the details of the vote should be stored in the block. In addition, each square in the blockchain innovation that relates to the previous square contains the hash of the previous square, and each square contains explicit data based on the square footage. The hub is connected by a peer network in this framework, with all the hubs in the block site network that have a complete duplicate block.
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This document outlines a proposed blockchain-based voting system. It begins with an introduction to blockchain technology and why it could benefit voting. It then states the problem it aims to address, which is reducing database manipulation in e-voting. The objectives are listed as making the system verifiable, ensuring votes are recorded correctly, only allowing eligible voters, and making it tamper-proof. It proposes using blockchain to store votes, making the system more secure and time-efficient than existing ballot or e-voting systems. In conclusion, it asserts that blockchain can provide a more secure and equal voting process.
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The paper focuses on introducing a decentralized e-voting scheme that uses blockchain to achieve security and anonymity. A blockchain network based on Ethereum was applied, to provide a decentralized and distributed database based on the Peer-to-Peer architecture. During the implementation, smart contracts were used. Thanks to this, it is possible to code the terms of the contract required to perform the transaction. The proof-of-concept implementation uses the blind signature protocol and encryption with the RSA algorithm. Presented in this paper scheme for blockchain decentralized voting is fully implemented and potential issues are analyzed and discussed.
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This document outlines a proposed blockchain-based voting system. It begins with an introduction to blockchain technology and why it could benefit voting. It then states the problem it aims to address, which is reducing database manipulation in e-voting. The objectives are listed as making the system verifiable, ensuring votes are recorded correctly, only allowing eligible voters, and making it tamper-proof. It proposes using blockchain to store votes, making the system more secure and time-efficient than existing ballot or e-voting systems. In conclusion, it asserts that blockchain can provide a more secure and equal voting process.
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This presentation is about blockchain.
When Thomas Edison invented the electric lamp in 1879, he did not make a market analysis. The market did not have an identified need for a lamp but for light. This is a kind of disruptive original ideas.
Satoshi Nakamoto (a person or a group) did not do a market analysis neither . The blockchain was born after the financial crisis of 2008 as people lost trust in banks.
Satoshi Nakamoto introduced a new model of trust based on cryptographic proof in a decentralised & distributed ledger.
What is bloackchain technology ? Why blockchain is disruptive? And what are the main blockchain technologies ?
E-Voting using Blockchain Technology
Blockchain is a decentralized, digital, and consensus-based secure information storage system. This article gives an overview of how to use the blockchain to construct a secure and trustworthy electronic voting system. The main goal of this paper is to investigate the most recent state of blockchain-based voting research while attempting to foresee the accompanying potential issues future developments. This paper's technique is as follows: a methodical approach to review and following an overview of the blockchain's core structure and properties in relation. We present a conceptual definition of e-voting. Desired e-voting application based on blockchain symmetrical improvements in asymmetrical cryptography are also important. We gathered and examined a number of research papers from scientific databases that advocated for the use of the blockchain architecture in voting systems. These articles suggested that blockchain-based voting systems may offer alternatives to standard e-voting. The most pressing challenges were divided into five categories: general, integrity, coin-based, privacy, and consensus. As a consequence of this study, it was discovered that blockchain systems can help solve some of the issues that now plague election systems. We are attempting to design a system that respects the essential and most significant aspects of a voting system, such as transparency, secrecy, security, and decentralisation, while also providing the extra benefit of mobility.
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“How can the blockchain make electronic voting more secure?” - István András Seres
- 1. www.blockchaincc.com How can blockchain make electronic voting more secure?
- 2. 2,500 years without development
- 3. Are you kidding me???
- 4. Welcome to European Union!
- 5. How can we do better?
- 6. Which blockchain shall we choose?
- 7. Objectives:
- 8. Which protocol shall we choose? Secret Ballot Verifiable Practical 1 Open Vote Network 2 Naive solutions 3 Blind signatures
- 11. Block gas limit 3.6 m 51 k 10 m 200 k
- 12. 0.11 3.7 4.2 8.2
- 14. What will future look like? contract address: 0xa87cd09c77b47c8bd0ad4b6b7af0ea9ce735e36b
- 15. References 1. European Parliament: http://www.europarl.europa.eu/RegData/etudes/ATAG/2016/581918/EPRS_ATA%282016%29581918_E N.pdf 2. Dominik Schiener: https://medium.com/organizer-sandbox/liquid-democracy-true-democracy-for-the-21st-century-7c66f5e53 b6f 3. David Chaum: https://www.chaum.com/publications/Chaum-blind-signatures.PDF 4. Yi Liu, Qi Wang: https://eprint.iacr.org/2017/1043.pdf 5. Patrick McCorry, Feng Hao: https://eprint.iacr.org/2017/110.pdf 6. Ankit Kumar: https://hackernoon.com/how-blockchain-is-set-to-revolutionize-elections-7ebcd2209c69 7. Joshua Althauser: https://cointelegraph.com/news/blockchain-based-secure-online-voting-system-showcased 8. Jack Tatar: https://www.thebalance.com/how-the-blockchain-will-change-how-we-vote-4012008 9. A documentary movie http://www.hackingdemocracy.com/ 10. Igor Chepkasov: https://medium.com/boulecoin/blockchain-allows-protecting-the-election-from-fraud-2a0cac9625b7 11. https://hackernoon.com/how-blockchain-is-set-to-revolutionize-elections-7ebcd2209c69
- 16. @seresistvanandras +36209528378 @Istvan_A_Seres Get in touch with us! WWW.BLOCKCHAINCC.COM István Seres @jgulacsy +36305328442 @jgulacsy János Gulácsy