Volume 13, No.2, February 2024 – March 2024
ISSN 2319 - 5975
Prajwal S et al., International Journal of Networks and Systems, 13(2), February 2024 – March 2024, 72 – 78
International Journal of Networks and Systems
Available Online at http://www.warse.org/IJNS/static/pdf/file/ijns021322024.pdf
https://doi.org/10.30534/ijns/2024/021322024
Secure and Decentralized Voting System using Block Chain
Technology
1
Prajwal S , 2Navaneeth Surya P, 3Rushikesh R Yaligar, 4Nikhil Lobo
Alvas Institute of Engineering and Technology, India. prajwalkkp03@gmail.com
2
Alvas Institute of Engineering and Technology, India. nsurya5302@gmail.com
3
Alvas Institute of Engineering and Technology, India. rushikeshry0202@gmail.com
4
Alvas Institute of Engineering and Technology, India. nikhillobo1609@gmail.com
1
Received Date : January 13, 2024 Accepted Date : February 24, 2024 Published Date : March 07, 2024
ABSTRACT
In today's democracies, increasing restrictions due to the
inconvenience of physically traveling to vote is a big
problem. These recommendations support the development
of remote electronic voting as a solution to increase voter
turnout by eliminating the need for travel. The document
demonstrates the effectiveness of remote electronic voting,
noting that it not only speeds up results but also reduces the
risks inherent in voting by ballot paper. The article
acknowledges the important role of security, trust, and
transparency in promoting confidence, arguing that the
implementation of electronic elections in remote areas
should be well possible in these areas, especially given the
high risks associated with elections. The discussion also
delves into the integration of blockchain technology and
introduces the concept of block sealing, demonstrating its
adaptation to meet the specific requirements of the election
process. One of the main recommendations made is the
adoption of a blockchain organizational model that provides
ownership and oversight by the governing body. This
governance model is seen as a measure that will increase
accountability and increase public confidence in the
integrity of elections. However, the document acknowledges
that many challenges need to be addressed, including
cybersecurity threats. He emphasized that legal, ethical, and
social issues must be taken into account to maintain and
strengthen public trust. The combination of new technology
and a strong administrative foundation is considered
necessary for the success of remote e-voting. This review
concludes by advocating continuous research and
development efforts to refine and fortify remote voting
systems. The intricate interplay between technology,
governance, and public perception emerges as a key focus
for realizing the full potential of remote electronic voting in
shaping the future of democratic processes. We present the
wording utilized in blockchain-based existing ballot 2.
frameworks in this segment. They are sorted in light of the 3.
agreement calculations, blockchain system, cryptography, 4.
qualities of a fruitful framework, and the advancement
instruments used to carry out blockchain e-casting ballot
frameworks.
72
Key words: Block chain, Voting System, Secure, Integrity,
Process
1.
INTRODUCTION
As of late, far-off electronic democratic (e-casting a ballot)
has arisen to increment elector turnout while permitting
everybody to cast a ballot without the need to travel. On the
one hand, the requirement to travel to vote has largely
contributed to the steady rise in the rate of abstention. Then
again, in numerous nations, the straightforward hardness of
races is progressively tested and sabotaged [1]. In addition,
it seems important, even necessary, to reevaluate the
meetings in the current democratic process in a way that is
direct, comprehensive, and close to the public, and to keep
security at the highest level. Therefore, using blockchain
technology to enable electronic voting seems like a good
idea to overcome these problems. In the past, some
countries have kept the site under limited jurisdiction but
have refused to accept it until now. Similar to voting, it is
still very difficult for the public to review and verify the
vote without interfering with it. To solve these problems,
blockchain introduces a new concept of contracts.
Blockchain is an innovation, its maximum potential is still
not understood and its applications are increasing [2]. It was
first used for digital currency trading with the creation of
the Bitcoin protocol in 2008. Due to its distribution,
obscurity, and security, it has been approved by many
companies that need innovation to store data without
entering a system. Trusted Stranger (TTP). In this article, we
are interested in exploring those who are most motivated in
electronic voting based on blockchain innovation, to
understand their uniqueness and advantages over traditional
methods.
2.BACKGROUND OF THE RESEARCH
Skepticism in elections is a common problem even in
developing countries. Is voting with biometric
authentication part of the solution? While some countries
have adopted it, others have abandoned the practice due to
security, transparency, and accountability concerns.
Prajwal S et al., International Journal of Networks and Systems, 13(2), February 2024 – March 2024, 72 – 78
Biometric authentication could solve the huge problem of
voter registration. This could increase public confidence in
electronic voting. But challenges remain. In the past,
electronic elections have faced the following problems:
Hardware and software failure: Experiences in Estonia,
Ireland, and Norway have highlighted the need for
technology and rigorous testing. Fraudulent charges: India's
electronic voting systems raise concerns about possible
tampering. Measuring anonymity and accountability:
Blockchain brings hope but also raises questions about
public blockchain transparency and private blockchain
oversight. Looking ahead, many aspects are important:
Building safe and reliable technology and rigorously tested
hardware and software are important. Ensure anonymity and
accountability: Using encryption technology can facilitate
anonymous voting when conducting audits. Transparency
and public trust: Open communication, independent
monitoring, and valid information are essential. The future
of electronic voting is still uncertain, but its ability to
increase accessibility and convenience should not be
overlooked. By learning from past mistakes and
implementing new solutions, evo ting with biometric
authentication can become a safe and reliable option for
to current products and suggested some updates. Our article
uses strategies and targets comparable to those provided by
manufacturers. The research on the topic presented in this
article is quite interesting and our work is based on it.
However, our work differs from the last option and therefore
offers another way to approach the issue of blockchain-based
electronic voting. Of course, our study completes this article,
as we present nearly thirty more documents in our review. We
are prepared to draw on background knowledge and use more
decision-making processes than is suggested. In the last
option, the developers detected some rejections that did not
have a significant impact on our initial research, allowing us
to learn other important information. We also rely on other
research papers to administer and evaluate surveys. This
allows us to collect both positive and negative results other
than the results of election applications, thus gaining
confidence. Although the general approach to investigating
written orders is similar, the evaluation varies from person to
person. In our article, the democratic cycle is initiated with
each voting application. Additionally, the voting strategy is
not specified. These differences allow us to think more
broadly about how these electronic votes are made, leading to
the curiosity of the electronic voting blockchain. Our
documentation provides a complete and impartial audit. It is
intended to be a link to all research on the subject. Our article
not only analyzes the current regulations but also facilitates
the m by taking into account certain measures important for
electronic voting. We decided to incorporate as many
blockchain-based voting applications as possible into our
context through a process we specifically considered. In this
regard, the study we have published will assist the authorities
in the zero zone with the special rules and will examine some
of the proposals of the application.
3. RELATED WORK
To take advantage of its advantages, blockchain technology
has recently been announced as another specific basis for the
development of many IT applications (new information),
including e-leave a request. Of course, while the electronic
voting rule was considered an old idea, with the freedom of
blockchain innovation, it has now become a necessity. They
begin by listing the problems facing the electronic voting app:
protection, lack of evidence, buggy attacks, usability,
flexibility, speed, and price. They looked at a set of voting
papers that they believed covered every corner and laid a
strong foundation. They did this by looking at 14 applications
of 6 products, charting g whether and how each success met
each base. Undoubtedly, this article does not have sufficient
criteria to determine all electronic voting methods. This
approach inspired our text, but we created a table for another
approach by presenting animal names. Paper uses a method
called “thoughtful planning.” It's about the difference between
electronic ballots based on blockchain innovation. They
divide apps into 5 categories, each expressing the main reason
or main content of the app[3]. This classification is not
sufficient and is not based on usage relationship. In our next
article, we isolated some shared elements from most
blockchain-based voting applications and then collected them
by writing after 4 points and 4 tables (reserved elements) to
reject the review process. Developers describe the use of
blockchain-based electronic voting applications in real-world
situations. They then isolated a set of things that an electronic
voting application on the blockchain must meet to operate
honestly, and fairly, and vote according to political decisions.
These qualities include public and personal trustworthiness,
reliability, stability, consistency, controllability, uncertainty,
directness, diversity, adequacy, verification, and fairness.
Therefore, they evaluated 8 blockchain-based voting
platforms with their advantages and disadvantages compared
4.BLOCKCHAIN
Blockchain is a data exchange system implemented through a
P2P network. It consists of a series of blocks, each containing
a set of transaction proofs. These blocks are prepared
according to the request sent to the blockchain. All relevant
P2P partners or block controllers receive confirmed blocks
and add them to the chain once the majority of official blocks
have been confirmed. A product cannot be added or changed
in the file without approval in any block. Additionally,
information on the blockchain is irreversible and cannot be
changed or deleted by any part of the organization.
Blockchain combines the advantages of computational
methods and cryptographic calculations to ensure the
authenticity of the framework. The immutability of the
blockchain, where no one can correct recorded changes,
brings a new level of trust to the framework. There are three
types of blockchains: hybrid, public or private. Public
blockchains allow pseudo, anonymous users to join the
organization, read the contents of the blockchain, submit new
transactions or verify the authenticity of blocks, and
participate in blockchain projects. A protocol cycle that
receives new blocks. Examples of public blockchains are
Bitcoin, NXT, and Ethereum. Public blockchains are
decentralized and well-structured. A private blockchain
73
Prajwal S et al., International Journal of Networks and Systems, 13(2), February 2024 – March 2024, 72 – 78
involves an organization that only allows users to join the
organization and record or send transactions to the
blockchain. Famous examples of private blockchains are
Wave and Eris. While decentralization is an important part of
blockchain, private blockchains will take a different approach
to the collective process; here the body will agree to manage
the information and the organization's ability to clarify the
effectiveness of the framework (such as delivery). and delays
in the exchange of consent. A hybrid blockchain is a
combination of public and private blockchains, using
permissioned and permissionless blockchains. Smart contracts
allow users to access information and make immutable
transactions even if the parent company owns the hybrid
blockchain. Blockchains can be permitted or disallowed.
There is no policy analysis and it is quite direct. However, the
security of such a blockchain may be limited because a
significant portion of it is available to the public. Blockchain
permission only allows a group of miners to confirm
transactions on the blockchain network. Consortium and
private chains are considered permissioned blockchains
because most miners need to ensure the existence of a hub to
participate in the protocol loop. The consortium chain
depends on a common system in which different
organizations can participate and the consortium can choose
among decentralized projects. A famous example of
blockchain
organization
is
Hyperledger
Texture.
Permissioned blockchains have higher security than
permissionless blockchains and are more versatile due to
multiple locations within an organization. Consent
blockchains are decentralized to some extent, as different
individuals may have different levels of consent.
filtered duplicate would need to be taken in a flash to
guarantee that it's anything but a cheat. In this manner, a more
solid and quicker strategy for verification ought to be thought
of. The most widely recognized verification strategy in
blockchain-based e-casting ballot applications is the matching
of a private furthermore, public key pair. The Elliptic Bend
Computerized Mark Calculation (ECDSA) is regularly
utilized. It proficiently guarantees the similarity of a vote cast
by a client without uncovering his confidential key. This
unbalanced cryptographic system is usually utilized in
blockchain applications since it meets numerous security
models. By the by, this strategy arrives at a cutoff that isn't
negligible: the chance of selling or taking the confidential key
of a client. Without a doubt, nothing keeps a client from
selling his private key to an individual or an association that
could project a huge measure of votes without risk of
punishment. Another issue is the deficiency of the secret key
[25]. If an elector loses his secret word, it is very complicated
to safely relegate another. A programmer could change the
client's secret key without his insight, which would be
extremely tricky. The validation by open/confidential key is
subsequently flawed and brings the chance of another more
grounded technique: biometric validation.
6.EXECUTIONS UTILIZED
The different blockchain-based e-casting ballot applications
share a similar general casting ballot interaction, from elector
enrollment to the declaration of the outcome. In this segment,
after momentarily expressing the overall activity of e-casting
a ballot with blockchain innovation, we foster a few
specialized elements of the different executions.
Steps involved in electronic voting using blockchain
5.TECHNICAL SPECIFICATIONS
1. Setting the Stage (Initialization):
Elector Recognizable Proof Techniques As we outline in
Table 1, one of the classifications we had the option to seclude
is the citizen confirmation techniques. For sure, a few
validation strategies for the elector have been proposed in the
papers of blockchain-based e-casting ballot applications. Some
papers completely detail the confirmation technique while
others just notice it rapidly, which is an issue. The issue of
elector verification is crucial to guarantee that votes are not
taken, sold, or coerced. Quite possibly of the greatest issues
with e-casting a ballot is that we can't ensure great voting
conditions, like the ideal classification of a democratic stall.
Smart contracts are configured with foundational
rules, and voter and candidate lists.
Registration may be required in some systems, while
others rely on central authority keys.
2. Securing Voter Identity (Identification):
Voters authenticate themselves using secure methods
on election day.
Dedicated websites or applications are often used,
with a strong emphasis on avoiding mobile devices
due to malware risks.
3. Casting Choices (Voting):
Verified voters make their selections as per the voting
rules.
Selected choices are encrypted or hashed for
protection and added to the blockchain.
Unique variations exist, such as allowing second votes,
vote withdrawals, ranking candidates, abstention
options, and delayed decryption.
4. Tallying the Data (Counting):
Once voting concludes, modifications or additions to
votes are prohibited.
If counting occurs concurrently with voting, results are
concealed to prevent undue influence.
Audits are conducted during this phase to ensure the
integrity of the process.
Biometric validation: it utilizes the finger impression, the iris
of the eyes, or facial shape(criteria that can be joined). For
public races, the main utilization of the telephone number to
confirm the elector's personality is introduced in the paper
[22]. This strategy for validation doesn't permit individuals
who do not have a telephone membership to get to the vote. It
additionally creates huge security openings by depending on
confidential phone administrators to acquire residents'
numbers. Concerning validation with an ID record, this poses
security and adaptability issues. For sure, it is important for
the framework to rapidly process the filtered duplicates of
millions of clients and confirm that the personality documents
compare to every client. If this check is automated, carrying
out at a large scale can be extremely confounding. Also, the
74
Prajwal S et al., International Journal of Networks and Systems, 13(2), February 2024 – March 2024, 72 – 78
fundamental, and we concentrated on it more exhaustively in
segment IV. At long last, confidentiality is additionally one of
the major standards of casting a ballot ensured by regulation.
This standard relies significantly upon the execution and,
what's more, the nature of the e-casting a ballot framework.
We will perceive how blockchain meets this limitation
especially well. Indeed on the off chance that an e-casting a
ballot arrangement lives up to these assumptions, the creators
of the report [26] determine that an advancement of the
administrative structure of the nations wishing to set up an ecasting a ballot framework should be led.
5. Announcing Outcomes (Results):
Finalized results are securely communicated and made
accessible to all involved parties.
The blockchain plays a crucial role in safeguarding
vote confidentiality and integrity
7. DISCUSSION ABOUT E-VOTING
A] Try something different with e-voting Before blockchain, evoting was used in Europe and around the world. Estonia,
Switzerland, and Norway have introduced some electronic
voting systems that do not use blockchain [19]. Electronic
voting has been highly successful in Estonia and Switzer land,
but in Norway, it has not been scaled back and was
discontinued in 2014 due to security concerns. Recently in
Estonia, at the last meeting of 2019, almost 44% of voters
voted. Online voting is the best and shows the results of the
voting process This bus is popular. But regardless of whether
this test is valid or not, they do allow for public testing of
electronic voting, which is not yet an issue with blockchain.
They point to a flaw in the framework that may not solve this
type of problem. In addition, it is important to ensure that these
achievements remain together and d therefore depend on the
flaws that the blockchain allows to reduce due to its
decentralized nature. But worst of all, we need to be more
careful in assessing the legality of the practice of electronic
voting.
(2) POLITICAL Perspectives
The decision to carry out e-casting a ballot has political
results that can't be rejected from the examination. The Trust
of all electors in the democratic framework is fundamental for
the result of a political race to be viewed as legitimate. The
fundamental inquiry of the straightforwardness of the
democratic framework is consequently to be considered while
picking a democratic innovation. This straightforwardness in
paper casting a ballot is guaranteed by the physical counting
of the voting forms, controlled and guaranteed by the
residents. By and by, in non-majority rule nations, this
straightforwardness standard is subverted when the voting
forms are counted, and stowed away to the populace. Ecasting a ballot ought to consequently resolve this issue
furthermore, permit residents to perceive how votes are
counted and how the framework works overall. This
limitation likewise appears to be especially all around
regarded by e-casting a ballot using blockchain. One shouldn't
forget the financial expenses of creating and executing such a
democratic innovation, as it includes public cash. The expense
viability balance should be cautiously contemplated, so the
framework isn't ill-fated to disappointment in the long haul. At
last, the job of privately owned businesses in the
execution of such a framework is a significant issue.
B] Lawful AND POLITICAL Contemplations FOR ECasting a Ballot As a result of its institutional nature, ecasting a ballot must be considered from a lawful and political
point of view [19].
(1) Legitimate Perspectives
The norms and guidelines of the different nations define the
models and essentials for casting a ballot, whether it is on
paper or then again on the web. In the review [19], it is
expressed that any e-casting a ballot application must first
conform to the key standards revered in the law. Hence, an
immediate vote should be all-inclusive, fair, free, and, most
importantly, secret. Aside from the standard of free
democracy, which doesn't appear to be especially undermined
by the e-vote [20], the other three should be thought about.
Widespread testimonial implies that all grown-up residents
are called to cast a ballot and have the valuable chance to do
as such. Nonetheless, given the advanced gap brought about
by the absence of fundamental PC abilities and Web
association issues of many individuals (older however not
just), numerous residents would be rejected from e-casting a
ballot, which isn't OK. Enormous preparation of carefully
tested individuals ought to in this manner be thought of as
essential for e-casting a ballot, no matter what the innovation
picked. We will return to this point toward the finish of this
paper. Concerning the reasonableness of the e-vote, for
example, if an elector is related to an interesting vote, it is
likewise very difficult to guarantee contrasted with the paper
vote. For sure, it is very difficult to check entirely the
character of the individual who casts a ballot from a distance.
All in all, nothing remains to be guaranteed that the individual
who votes is the individual he professes to be. The subject of
the validation arrangement of the citizen is subsequently
Throughout our investigation, we experienced various ecasting ballot applications created by confidential associations
that offer intriguing developments. However, the obstruction
of private organizations in a public vote brings up issues, both
from a moral furthermore, political viewpoint [18]. Estonia
has generally fostered its e-casting ballot innovations,
however increasingly casting ballot tests have been led
through an organization between privately owned businesses
and states. Blockchain depends essentially on confidential
speculation right now, so this question should be inquired.
Specialized Contemplations FOR E-Casting a Ballot When
the lawful and political requirements have been laid out, we
can now characterize the specialized limitations that an ecasting a ballot application should regard [21]. These
limitations can be partitioned into two primary gatherings:
those connected with the human and those connected with the
innovation.
• Human-related
accompanying:
limitations
might
incorporate
the
Have a simple to-utilize casting a ballot framework:
convenience. Ensure residents that their vote stays mysterious
75
Prajwal S et al., International Journal of Networks and Systems, 13(2), February 2024 – March 2024, 72 – 78
and that their character can't be followed from their vote:
security and classification.
blockchain-based electronic voting for municipal decisions.
8.VOTING PROCESS:
Demonstrate to residents that the democratic framework is
working appropriately (i.e., demonstrate that votes are being
counted,
what's
more,
put
away
accurately):
straightforwardness, review, and elector obviousness.
Send the crowd to different levels. To create an effective
block design process, it is important to know what the real
application will look like. Guided by the decision, the Justice
Commission and NADRA (public records and access
authority) have important work to do. NADRA is Pakistan's
leading public sector recruitment agency and is responsible
for the recruitment and provision of personal information of
Pakistan residents. NADRA ensures that the information of
every citizen in the country can be used, such as the biometric
information of every person [15]- [18]. On Election Day,
biometric authentication is used to identify voters. The Justice
Commission is responsible for issuing public appointment
documents that cannot be recognized in the underlying
documents. Thanks to new technology used to record and
plan their votes, voters can vote according to the time allotted
to them. The Board of Trustees is also required to publish
results simultaneously with the station's group survey of the
station and its group of registered voters. Advances in fitness
include personal and new church foundations. We use
Pakistan as a case study for the system [27]. In Pakistan, the
public assembly is composed of 272 seats directly elected by
the people. Each constituency has a certain number of polling
stations that vary depending on the number of voters in the
area (usually one polling station for every 1000 voters). Each
facility is managed by a manager assisted by an assistant and
some other staff. These responsibilities are given to everyone
who works to inform the public and enable them to make
their choices without fear or interference [29]. It allows the
use of the e-democracy framework. The answers given in this
article are based on electronic voting with voting machines
and biometric verification of voters before they vote. Creating
options is a systematic process that includes the following.
A) For the voter to enter the polling station to vote, which is
his ultimate goal, his name must be included in the voter
register. It is the citizen's responsibility to ensure that his or
her name appears on the ballot when he or she turns eighteen.
This can be done by consulting an appropriate agency such as
the National Database and Registration Authority of Pakistan
(NADRA). Voting lists are published weeks before the
elections. People whose names appear on the ballot have the
right to vote but must identify themselves to election officials.
Before voting, citizens must verify their identity through a
biometric system. Voter data is analyzed with the help of the
NADRA database.
b) Once the voter passes the certificate, it will be recorded on
the ballot paper. Each candidate's name and personal message
will be displayed on the democracy machine, and voters will
be able to vote as they wish. The confirmation screen collects
voters' votes and requests confirmation.
c) Voters can vote only once. When voting, the voting record
will be individually set to "vote", preventing the voter from
voting again. Once the voter elects him, his name may be
blocked or removed from the list of eligible voters for regular
elections. In his work on online voting, he introduced a
system where voters could vote multiple times and each time
Forestall the mediation of an outcast to drive one more to cast
a ballot with a specific goal in mind (i.e., forestallintimidation,
extortion, constrained vote selling, and so forth): obstruction
to compulsion. We note that this measure is complicated to
apply without a democratic corner.Try not to oppress electors
who can't or won't approach the Web by offering an option in
contrast to e-casting aballot with their gadgets: qualification.
Innovation-related requirements might incorporate the
following:
Address the disparity of web access opportunities between
various socio-segment gatherings. Certain individuals who
right now have unfortunate web connections should have the
option to cast a ballot.
Forestall any assault, framework disappointment, or association
disappointment.
Thought of the conceivable presence of infections or malware
on electors' PCs that could
(1) misshape the democratic choice and additionally
(2) influence the general Webcasting of a ballot framework.
Forestall numerous democratic. Among these limitations, the
arrangement of broadband web access for all, or the chance of
a paper elective are not straightforwardly connected with the
democratic application yet to the general society expert
responsible for the political decision. In any case, consistency
with any remaining standards is principally the obligation of
the e-casting of a ballot application. Some e-casting ballot
applications appear to regard a portion of these imperatives, as
displayed for instance by the Estonian decisions[28]. The EU
is likewise directing pilot work toward this path to present a
solid and dependable e-casting ballot framework [18]. In this
article, we perceive how the blockchain may, or may not,
address these limitations more really than additional generally
involved advancements for e-casting a ballot.
D] Background and ongoing research Although blockchainbased e-voting is still in its early stages (less than 10 years),
and some research background has been done on this model.
The historical entry demonstrates the best way to digitalize
European political decisions-making by implementing the
proposed and tested strategy on the Ethereum blockchain. In
another study, a new initiative by the nonprofit World
Government Majority Office has introduced an electronic
voting period in which Colombians abroad can vote in
support of reconciliation. The content analysis in [27]
describes various blocks of chain-based electronic voting
applications deployed in West Virginia in 2018 for foreign
members to participate in US-neutral decisions and many
limited contests. The Russian city of Moscow is also using
76
Prajwal S et al., International Journal of Networks and Systems, 13(2), February 2024 – March 2024, 72 – 78
[5] N. El Madhoun, J. Hatin, and E. Bertin, ‗‗A decision tree
for building IT applications,‘‘ Ann. Telecommun., vol. 76,
nos. 3–4, pp. 131–144, Apr. 2021.
[6] T. van der Meer, ``In what we trust? A multi-level study
into trust in parliament as an evaluation of state
characteristics,'' Int. Rev. Administ. Sci., vol. 76, no. 3, pp.
517_536, 2010.
[7] D. Basin, H. Gersbach, A. Mamageishvili, L. Schmid, and
O. Tejada, ‗‘Election security and economics: It's all about
eve,'' in Proc. Int. Joint Conf. Electron. Voting, 2017.
[8] P. Bevelander and R. Pendakur, ‗‘Electoral participation
as a measure of social inclusion for natives, immigrants
and descendants in Sweden,'' Tech. Rep., 2008.
[9] S. Wolchok et al., ‗‘Security analysis of India's electronic
voting machines,'' in Proc. 17th ACM Conf. Comput.
Commun. Secur., 2010.
[10] B. Shahzad and E. Alwagait, ‗‘Does a change in
weekend days have an impact on social networking
activity?'' J. UCS, vol. 20, no. 15, pp. 2068_2079, 2014.
[11] Z. Zheng, S. Xie, H.-N. Dai, X. Chen, and H. Wang,
``Blockchain challenges and opportunities: A survey,'' Int.
J. Web Grid Services, vol. 14, no. 4, pp. 352_375, 2018.
[12] D. Johnson, A. Menezes, and S. Vanstone, ``The elliptic
curve digital signature algorithm (ECDSA),'' Int. J. Inf.
Secur., vol. 1, no. 1, pp. 36_63, Aug. 2001.
[13] J. Barcelo, ``User privacy in the public bitcoin
blockchain,'' J. Latex Class Files, vol. 6, no. 1, p. 4, 2007.
[14]A. Biryukov, D. Khovratovich, and I. Pustogarov,
``Deanonymisation of clients in bitcoin P2P network,'' in
Proc. ACM SIGSAC Conf. Comput. Commun. Secure., New
York, NY, USA, 2014.
[15]A. Rasul and S. D. McDowell, ``Consolidation in the
name of regulation: The Pakistan Electronic Media
Regulatory Authority (PEMRA) and the concentration of
media ownership in Pakistan,'' Global Media J., vol. 11, no.
21, pp. 110_121, 2012.
[16]S. K. Mohmand, ``Patrons, brothers, and landlords:
Competing for the vote in Rural Pakistan,'' Ph.D.
dissertation, Univ. Sussex, Brighton, U.K., 2011.
[17] S. Baig, U. Ishtiaq, A. Kanwal, U. Ishtiaq, and M. H.
Javed, ``Electronic voting system using Fingerprint
matching with Gabor _lter,'' in Proc. Int. Bhurban Conf.
Appl. Sci. Echnol. Islamabad, Pakistan, 2011, pp. 130_135.
[18] N. Yaser, N. Mahsud, and I. A. Chaudhry, ``Effects of
exposure to electronic media political content on voters
voting behavior,'' Berkeley J. Soc. Sci., vol. 1, no. 4, pp.
1_22, 2011.
[19] Embracing “Innovation in Government_Blockchain
Voting for Peace in Colombia‖. (Dec. 23, 2021). [Online].
Available:
https://www.oecd.org/gov/innovativegovernment/embracinginnovation[20] “West Virginia Secretary of State's Office. 24
Counties to Offer Mobile Voting Options for Military
Personnel Overseas‖. (Dec. 23, 2021). [Online]. Available:
https://sos.wv.gov/news/Pages/09-20-2018-A.aspx
[21] “Offcial
Website of the Mayor of
Moscow‖. (Dec.23,2021).
Available:https://www.mos.ru/news/item/58866073
[22] C. Osborne. (2018). ―Japanese City Trials Blockchain
to Replace Traditional Voting Booths‖. (Dec. 23, 2021).
[Online]. Available: https://thenextweb.com/news/japan-cityblockchain-voting(2022).
they voted, previous votes would be deleted. This does not
seem to be a very viable option if the voting process is
completed in one day and 110 million people vote, as in
Pakistan.
d)The work will continue until the end of the democratic
period or all citizens on the democratic list will have voted.
e) The influence of the rating site is clear and the votes
received from each rising star are recorded. This process is
repeated for each polling station in the voting population, and
all results from each polling station are results for specific
voters. Similarly, the results of all popular votes are added
together to form the results of public political decisions.
Explain the voting and results collection cycle.
9. CONCLUSION
Reduce the number of ways to manage assets on the
blockchain by changing the protocol. A direct approach to the
behaviors in the framework is often expected to gain success
and trust from the public. Chain security measures have also
been added so that the legitimacy of the chain is verified each
time a new block is added to the chain. Smart rules play an
important role in preventing splits and illegal transactions in
blockchain voting. The proposed framework is a stable,
simple, and reliable platform for both professionals and
citizens. The proposed model is useful for determining the
evaluation of blockchain innovation in VMS.
Scale transactions on the blockchain. Follow the evolution to
reduce the number of ways to manage assets on the
blockchain. A direct approach to the behaviors in the
framework is often expected to gain success and trust from
the public. Chain security measures have also been added so
that the legitimacy of the chain is verified each time a new
block is added to the chain. Intelligent systems play an
important role in preventing fragmentation and transaction
interference in blockchain elections. The proposed system is
a safe, simple, and reliable platform for both professionals
and voters. Considering the provable analysis of blockchain
innovation in VMS, the proposed system is effective. The
analysis shows that the framework continues to work well
when processing large-scale transactions on the blockchain.
REFERENCES
[1].M. J. Beck and D. A. Hensher, ‗‗Insights into the impact
of COVID-19 on household travel and activities in
Australia—The early days under restrictions,‘‘ Transp.
Policy, vol. 96, pp. 76–93, Sep. 2020.
[2]. D. Duenas-Cid, I. Krivonosova, R. Serrano, M. Freire,
and R. Krimmer, ‗‗Tripped at the finishing line: The Åland
islands internet voting project,‘‘ in Proc. Int. Joint Conf.
Electron. Voting. Cham, Switzerland: Springer, 2020, pp. 36–
49.
[3] R. Krimmer, D. Duenas-Cid, and I. Krivonosova, ‗‗New
methodology for calculating cost-efficiency of different
ways of voting: Is internet voting cheaper?‘‘ Public Money
Manage., vol. 41, no. 1, pp. 1–10, 2020.
[4] S. Park, M. Specter, N. Narula, and R. L. Rivest, ‗‗Going
from bad to worse: From internet voting to blockchain
voting,‘‘ J. Cybersecurity, vol. 7, no. 1, pp. 1–15, Feb. 2021.
77
Prajwal S et al., International Journal of Networks and Systems, 13(2), February 2024 – March 2024, 72 – 78
[23]―Voting DAO Announces Upcoming Inaugural
Blockchain Person of the Year Decentralized Voting
Event‖. (Jan. 15, 2022).
[24] X. Yang, X. Yi, S. Nepal, A. Kelarev, and F. Han,
``Blockchain voting: Publicly variable online voting
protocol without trusted tallying authorities,'' Future
Gener. Comput. Syst., vol. 112, pp. 859_874, Nov. 2020.
[25] M. Chaieb and S. Yous_, ``Loki vote: A blockchainbased coercion resistant E-voting protocol,'' in Proc. Eur.,
Medit., Middle Eastern Conf. Inf. Syst. Cham, Switzerland:
Springer, 2020.
[26] D. Khoury, E. F. Kfoury, A. Kassem, and H. Harb,
``Decentralized voting platform based on Ethereum
blockchain,'' in Proc. IEEE Int. Multidisci- plinary Conf.
Eng. Technol. (IMCET), Nov. 2018.
[27] R. Hanifatunnisa and B. Rahardjo, ``Blockchain based
E-voting recording system design,'' in Proc. 11th Int. Conf.
Telecommun. Syst. Services Appl. (TSSA), Oct. 2017.
[28] H. Yi, ``Securing E-voting based on blockchain in P2P
network,'' EURASIP J. Wireless Commun. Netw., vol. 2019,
no. 1, pp. 1_9, Dec. 2019.
78