International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 11 Issue: 05 | May 2024
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p-ISSN: 2395-0072
CarBook : Decentralized Ride-Sharing System using Blockchain Akshata Chawan1, Shruti Joshi2, Bipasha Bhat3, Rachana Dhannawat4 1Student, Dept. of Computer Engineering, Usha Mittal Institute of Technology, Mumbai, Maharashtra, India 2Student, Dept. of Computer Engineering, Usha Mittal Institute of Technology, Mumbai, Maharashtra, India 3Student, Dept. of Computer Engineering, Usha Mittal Institute of Technology, Mumbai, Maharashtra, India
4Head of Dept., Dept. of Computer Engineering, Usha Mittal Institute of Technology, Mumbai, Maharashtra, India
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Abstract – A decentralized, distributed ledger system called
centralized system cannot be regarded as trustworthy because every user is impacted if the server goes down, whereas there are no such problems in a distributed system, making it robust and reliable. To ensure that the ride-sharing system functions more smoothly, a decentralized system in the public domain is required, as the majority of the present ride-sharing techniques are governed by large firms and central agencies. One of the cutting-edge technologies with the power to totally change the market is blockchain. Decentralization, openness, consistency, immutability, and data security are some of the key features that make blockchain so powerful. Blockchain technology is an advanced technology that has the potential to power decentralized systems.
blockchain technology makes it possible to securely and openly record transactions over a network of computers. A ridesharing system is a transportation service that connects passengers with drivers willing to offer rides using their own vehicles. By incorporating blockchain technology into its architecture, the ride-sharing sector can undergo a revolutionary transformation. Traditional ride-sharing systems face challenges related to security and centralized control. The purpose of our paper is leveraging the decentralized nature of blockchain for drivers and passengers, that ensures enhanced privacy and trust which are the major concerns in these ride-sharing systems. In this paper, we have used blockchain to store ride details and user information to maintain security, wherein sensitive user data is encrypted, to prevent unwanted access. The ride-sharing agreements between drivers and passengers are automated and carried out by the system architecture through the use of smart contracts. Our proposed system eliminates the need for intermediaries, leading to lower charges and increased transparency. It also provides enhanced security and privacy for all parties involved, as all transactions are recorded on an immutable ledger.
Also, Pollution reduction is a crucial objective that humanity must achieve. The majority of air and noise pollution is caused by vehicles. By reducing the number of cars on the road, a ride-sharing service will help to protect the environment. Our proposed method strives to be decentralized by recording the rider’s journey and user data on the blockchain. Elements in Proposed System :
Key Words: Blockchain, Security, Ridesharing, Smart Contract, Solidity
Blockchain : A distributed database that is shared by every computer network node is called a blockchain. It uses cryptography to link the pieces of information it keeps together. This creates a secure, uncrackable record of each and every transaction made on the blockchain.
1. INTRODUCTION Through “ride-sharing” service, drivers can share the cost of their travel with other passengers. Ride-sharing has become increasingly common in today’s society, expanding outside of urban areas and into suburban and rural places. Ride-sharing or ride-hailing services like OLA, Uber have become an integral part of urban transportation, offering convenient and cost- effective mobility solutions. These platforms do, however, confront a number of difficulties, such as problems with security, transparency, and trust. They rely on centralized intermediaries, which can lead to problems such as unfair pricing, data manipulation, and disputes between drivers and passengers. To address the issues with centralized traditional ride-sharing services, we use blockchain. The implementation of blockchain in ride-sharing could result in significant shifts in terms of trust and privacy. The user’s data can be secured securely and will be unchangeable with the aid of blockchain. Additionally, a
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Smart Contract : The primary purpose of these systems is to programmatically carry out business logic, which is designed to carry out certain operations, procedures, or transactions in response to predetermined criteria. To put it simply, smart contracts are blockchain-based programs that execute in response to predefined conditions. Ride-Sharing : To facilitate peer-to-peer sharing, the vehicle can accommodate three passengers and pick them up from various locations, ultimately reaching the final destination.
2. RELATED WORK Carpooling is a revolutionary way to commute. This carpooling application is designed to be scalable, extensible and highly available. [1]. Centralized systems rely heavily on
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