Survey on Peer to Peer Car Sharing System Using Blockchain
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1. The document discusses a survey of a peer-to-peer car sharing system using blockchain technology. It aims to provide a decentralized and secure authentication method for car sharing. 2. Currently, centralized car sharing systems have security issues as user data is transmitted over public channels. The proposed system uses blockchain to provide a decentralized car sharing service and ensure accurate service information. 3. The proposed authentication protocol is analyzed using BAN logic and AVISPA simulations to demonstrate its security against replay and man-in-the-middle attacks. The system allows for secure mutual authentication between users, stations, and owners.
![International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 12 | Dec 2022 www.irjet.net p-ISSN: 2395-0072
© 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 64
protocol will eventually be tested and applied to a genuine
car-sharing system using a simulation. The suggested car-
sharing system authentication technique was built on the
blockchain and consists of five entities: the trust authority,
stations, owners, vehicles, and users.
Chart -1: Flowchart
Advantages:
Blockchain provides a high degree of security due to
independent verification procedures that occur across all
participating computers on a blockchain network. In
situations involving digital currencies, this verification is
used to validate transaction blocks prior to theirinclusionin
the chain.
1. Fast, Secure, and Efficient Transactions
2. Transparent and Accurate Pricing Model.
3. Less work is required thanks to online reservation
tools.
4. Traveling is simplified.
5. Strengthened Security and Privacy Standards.
3. Future Work
Although blockchainmaybe usedindependently,its
effectiveness is expected to be better when combined with
other technologies like the Internet of Things, artificial
intelligence, and big data. Better answers for location-based
automobile services might result from this. Future
extensions of the study include I an analysis of the
application's performance and cost. Since blockchain
technology is a trust-free system that enables consumers to
trust data, it is also important to examine the technology
from the standpoint of data processing. Althoughblockchain
technology generally improves data quality, it is crucial to
understandthedata processingcapabilities whenconnecting
the blockchain with a larger software system. iii) Examine
the data processing workloads across various blockchain
architectures.
4. CONCLUSIONS
As a solution to the mobility issues in metropolitan
areas, car-sharing programmes have garnered a lot of
interest. However, the centralised system structure and
communication over a public channel of the conventional
car-sharing system expose it to various security issues. In
order to provide a decentralised sharing service for
authorised users, this article presented a safe decentralised
model of a car-sharing system as well as a secure
authentication technique. Blockchain was utilised to offer a
decentralised car-sharing service and guarantee the
accuracy of service information.Inorderto ensuretheuser's
privacy, a pseudonym was also used in the car-sharing
system. As a result, even if the adversary accesses the stored
data, they are unable to determine the user's true identity.
The suggested protocol may enable safe mutual
authentication between the user, station, and owner,
according to BAN logic analysis, which was used to
demonstrate this. Additionally, the suggested protocol's
security against replay and man-in-the-middle attacks was
shown using the AVISPA simulation.
ACKNOWLEDGEMENT
Up until now, we have put forth a tremendous amount of
work to support this endeavour. Whatever thecase,itwould
not have been possible without the thoughtful support and
cooperation of several people and organisations. We could
want to let them know how appreciative we are to each of
them. We are excited to provide this research on "Peer to
Peer Car Sharing System Using Blockchain." We would
like to thank Mrs. K.S. Hangargi, who served as our guide,
for her invaluable advice in helping us analyse our project.
We also like to express our gratitudetothe Prof.S.R.Bhujbal
HOD of Computer Engineering for providing the required
resources.
REFERENCES
[1] A. Dorri, M. Steger, S. S. Kanhere, and R. Jurdak,,
“BlockChain: A distributed solution to automotive
security and privacy,’’ IEEE Commun. Mag., vol. 55, no.
12, pp. 119–125, Dec. 2017.
[2] D.Puthal, “The blockchain as a decentralized security
framework,” IEEE Consum. Electron. Mag., vol. 7.
[3] P.W. Wadhwani and P. Saha, “Car sharing marketsizeby
model”.](https://image.slidesharecdn.com/irjet-v9i12111-230114092406-14f4f4dd/85/Survey-on-Peer-to-Peer-Car-Sharing-System-Using-Blockchain-2-320.jpg)
Survey on Peer to Peer Car Sharing System Using Blockchain
- 1. International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 09 Issue: 12 | Dec 2022 www.irjet.net p-ISSN: 2395-0072 © 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 63 Survey on Peer to Peer Car Sharing System Using Blockchain Pankaj Desai1, Mahesh KoltePatil2, Tanmay Dandile3, Shivam Shingare4, Prof. K.S Hangargi5 1Pankaj Desai, Student of Computer Engineering at P.K Technical Campus, Pune 2Mahesh KoltePatil, Student of Computer Engineering at P.K Technical Campus, Pune 3Tanmay Dandile, Student of Computer Engineering Student P.K Technical Campus, Pune 4Shivam Shingare, Student of Computer Engineering at P.K Technical Campus, Pune 5Prof. K.S Hangargi, Dept Computer Engineering, P.K Technical Campus, Pune ---------------------------------------------------------------------***--------------------------------------------------------------------- Abstract – By giving people access to shared vehicles and limiting the use of private automobiles, car-sharing programs can help with a number of urban challenges. People may now utilize a shared automobile by performingbasicoperations on their mobile devices thanks to the growth of the Internet of Things. The car-sharingprogram, however, hassecurity issues. Sensitive data is communicated for car-sharing via a public channel, including the user's identification, position data, and access code. As a result, an attacker may be able to obtain this data for improper reasons, making the development of a secure authentication protocol crucial. Key Words: Car Sharing, automobiles, authentication, blockchain . 1. INTRODUCTION In order to deal with urban transportation issues including road congestion and fuel combustion pollution, car-sharing programs were created. Carsharing is a substitute for owning a vehicle that enables people to increase their mobility without having to pay forupkeepandstorage.Peer- to-peer (P2P) carsharingisa cutting-edgeshared-usevehicle concept in which individuals in the neighborhood have access to privately owned vehicles. P2P start-ups are a part of a group of internet businesses that have promoted the development of "collaborative consumption" and the "sharing economy" ideas. P2P vehicle sharing is one of several shared-use mobility services that are concentrated on sharing transportation resources, and the sharing economy is emerging as a more significant force in society.. The P2P service model isa systemwhereautomobileowners turn their own vehicles into shared carsandrentthemout to other customers. In a conventional car-sharing system, a centralised service server can store and manage user data as well as service data. A centralisedserver,however,isvulnerabletoa malevolent attacker's single point of failure. For instance, if the service server is hacked and all the sharing records are wiped, the user won't be able to access the earlier data matching to the information about the used cars when anything goes missing from the cars. Additionally, iftheuser engaged in fraudulent activity during car-sharing, or if the sharing records are altered. Finding the user's proof of a crime from these recordings is challenging. Additionally, if the information that has been saved has been compromised, it poses a major risk to user privacy. 1.1 Literature Survey System analysis is a thorough assessment of the system's many systems, as well as their interactions both inside and outside the system. Why are there so many faults in the present system is the crucial query here. What actions need to be performed to fix the issue? The analysis starts when a user or administrator launches a software survey on the live system. The information is gatheredthroughavarietyoffiles, decision-making processes, and analysis-related activities carried out by the present system. Example Data Stream The method makes extensive use of drawings and other media. Training, expertise, and common sense are needed to obtain the crucial data needed to create a system. The way in which the problem is discovered, thoroughly read, and properly executed by choosing a solution, is essentially what determinestheeffectivenessofthesystem.A good analytical model should provide a framework for solving the problem in addition to methods for understanding it. As a consequence, further information should be looked into throughgatheringsystem-relateddata. The needs of the proposed system should then be carefully assessed. There are four sections in the system analysis. 1. Initial analysis and system layout. 2. Performing systematic analysis with the use of analytical tools. 3. A study of the possibilities. 4. Examine the expenses and advantages. 2. PROPOSED SYSTEM The proposed protocol will protect users from man-in-the- middle,replay,offlinepasswordguessing,impersonation,and stolen mobile device threats. By doing a loose security analysis, the suggested protocol offers reciprocal authentication, anonymity, and secrecy. Comparisons were made between the proposed protocol's performance and similar systems. The suggested protocol may be used in the blockchain-based car-sharing system and is effective. The
- 2. International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 09 Issue: 12 | Dec 2022 www.irjet.net p-ISSN: 2395-0072 © 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 64 protocol will eventually be tested and applied to a genuine car-sharing system using a simulation. The suggested car- sharing system authentication technique was built on the blockchain and consists of five entities: the trust authority, stations, owners, vehicles, and users. Chart -1: Flowchart Advantages: Blockchain provides a high degree of security due to independent verification procedures that occur across all participating computers on a blockchain network. In situations involving digital currencies, this verification is used to validate transaction blocks prior to theirinclusionin the chain. 1. Fast, Secure, and Efficient Transactions 2. Transparent and Accurate Pricing Model. 3. Less work is required thanks to online reservation tools. 4. Traveling is simplified. 5. Strengthened Security and Privacy Standards. 3. Future Work Although blockchainmaybe usedindependently,its effectiveness is expected to be better when combined with other technologies like the Internet of Things, artificial intelligence, and big data. Better answers for location-based automobile services might result from this. Future extensions of the study include I an analysis of the application's performance and cost. Since blockchain technology is a trust-free system that enables consumers to trust data, it is also important to examine the technology from the standpoint of data processing. Althoughblockchain technology generally improves data quality, it is crucial to understandthedata processingcapabilities whenconnecting the blockchain with a larger software system. iii) Examine the data processing workloads across various blockchain architectures. 4. CONCLUSIONS As a solution to the mobility issues in metropolitan areas, car-sharing programmes have garnered a lot of interest. However, the centralised system structure and communication over a public channel of the conventional car-sharing system expose it to various security issues. In order to provide a decentralised sharing service for authorised users, this article presented a safe decentralised model of a car-sharing system as well as a secure authentication technique. Blockchain was utilised to offer a decentralised car-sharing service and guarantee the accuracy of service information.Inorderto ensuretheuser's privacy, a pseudonym was also used in the car-sharing system. As a result, even if the adversary accesses the stored data, they are unable to determine the user's true identity. The suggested protocol may enable safe mutual authentication between the user, station, and owner, according to BAN logic analysis, which was used to demonstrate this. Additionally, the suggested protocol's security against replay and man-in-the-middle attacks was shown using the AVISPA simulation. ACKNOWLEDGEMENT Up until now, we have put forth a tremendous amount of work to support this endeavour. Whatever thecase,itwould not have been possible without the thoughtful support and cooperation of several people and organisations. We could want to let them know how appreciative we are to each of them. We are excited to provide this research on "Peer to Peer Car Sharing System Using Blockchain." We would like to thank Mrs. K.S. Hangargi, who served as our guide, for her invaluable advice in helping us analyse our project. We also like to express our gratitudetothe Prof.S.R.Bhujbal HOD of Computer Engineering for providing the required resources. REFERENCES [1] A. Dorri, M. Steger, S. S. Kanhere, and R. Jurdak,, “BlockChain: A distributed solution to automotive security and privacy,’’ IEEE Commun. Mag., vol. 55, no. 12, pp. 119–125, Dec. 2017. [2] D.Puthal, “The blockchain as a decentralized security framework,” IEEE Consum. Electron. Mag., vol. 7. [3] P.W. Wadhwani and P. Saha, “Car sharing marketsizeby model”.