Transparent Peer Review By Scholar9
ONLINE VOTING USING BLOCKCHAIN TECHNOLOGY AND ARTIFICIAL INTELLIGENCE
Abstract
The problem which is facing in the online voting is facing with polling sections are not properly managed in the booths and votes are getting booked with the people by giving them a compensation as offering them money. nowadays elections are becoming as a firm for the politicians and people are getting trapped in their circumstances. The traditional voting system is tragedy in this 5G generation because the technology is developing and getting updated daily which comes information in seconds through mobile phones so this voting can be changed from that device and is that security, transparency, data security will be provided is that our data is protected from the hackers, will we get any trouble in this system by voting through online? Online voting is becoming increasingly popular due to its potential to reduce costs and boost voter participation, allowing people to vote from their location through internet access. However, security and vulnerabilities have limited its adoption. Blockchain technology offers a solution to these challenges by providing decentralized, secure, and transparent voting systems with end-to-end verification. While blockchain can address many problems in traditional voting systems, issues like privacy protection and transaction speed remain challenges that must be improved for effective implementation. This study highlights the current status of blockchain-based voting research and its potential future developments.
Nishit Agarwal Reviewer
08 Oct 2024 05:36 PM
Approved
Relevance and Originality
The study tackles a pressing and relevant issue in contemporary democracy: the challenges of online voting, particularly concerning security and electoral integrity. Given the increasing reliance on technology in all aspects of life, the exploration of online voting systems is timely and essential. The paper's focus on blockchain technology as a potential solution introduces original insights into how decentralized systems could enhance transparency and security in voting. This contribution is particularly significant as it addresses both current shortcomings and the evolving landscape of electoral processes.
Methodology
The methodology appears to involve a comprehensive review of literature on online voting systems and blockchain technology, providing a solid foundation for understanding existing challenges and proposed solutions. However, the study would benefit from a clearer description of how the literature was selected and the criteria for evaluating the effectiveness of blockchain solutions. Including specific case studies or examples of blockchain implementations in voting would enhance the methodology by providing practical evidence of its efficacy.
Validity & Reliability
The validity of the study's claims regarding the potential of blockchain to address online voting challenges is supported by references to established research and recent technological advancements. To strengthen reliability, the authors should address potential biases in the sources cited and consider the representativeness of the studies reviewed. Acknowledging the limitations of blockchain technology, particularly regarding privacy and transaction speed, would provide a more balanced view and enhance the overall reliability of the conclusions drawn.
Clarity and Structure
The study is well-structured, guiding the reader through the discussion of current voting challenges, the introduction of blockchain technology as a solution, and its implications for future electoral processes. However, certain technical concepts could benefit from further clarification to ensure broader accessibility. Simplifying complex jargon and providing clear definitions or examples of key terms related to blockchain technology would improve understanding. Ensuring smooth transitions between sections would also enhance overall coherence.
Result Analysis
The analysis effectively highlights the potential benefits of blockchain technology in improving security, transparency, and efficiency in voting systems. The discussion of current research status and future developments provides valuable insights into the evolving landscape of electoral technology. However, the analysis could be strengthened by including specific examples of successful blockchain-based voting systems, along with measurable outcomes such as increased voter trust or participation rates. Addressing ongoing challenges, such as the need for robust privacy protections and solutions to improve transaction speed, would also provide a more comprehensive understanding of the hurdles that need to be overcome for effective blockchain adoption in voting.
IJ Publication Publisher
Thank You Sir
Nishit Agarwal Reviewer