Created on 17th August 2024
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Traditional ride-sharing platforms often face issues such as high commission fees πΈ, lack of transparency ποΈ, and centralized ποΈcontrol over user data. These challenges can lead to increased costs for both riders and drivers, as well as concerns about privacy and data security.
Our decentralized ride-sharing DApp aims to address these issues by leveraging blockchain technology to create a transparent, secure π, and efficient platform for connecting π riders and drivers. By eliminating intermediaries and using smart contracts, we can reduce fees, increase transparency, and give users more control over their data.
During the development of this project, several challenges were encountered:
Smart Contract Interaction: Initially, there were difficulties in retrieving data from the smart contract. This issue prevented the full implementation of the ride-booking flow.
React-Ethereum Integration: Integrating React with Ethereum and handling asynchronous blockchain transactions required careful state management and error handling.
State Management: Ensuring the correct state transitions for trips (from created to accepted to completed) required careful consideration and implementation in both the smart contract and React frontend.
Data Structure Design: Designing efficient data structures in Solidity to store and retrieve trip and user information while minimizing gas costs was challenging.
Error Handling: Implementing robust error handling and input validation to ensure the security and reliability of the smart contract and providing meaningful feedback to users through the React UI.
WalletConnect Integration: Integrating WalletConnect for seamles
Tracks Applied (3)
Safe and Magic
Coinbase Onramp
WalletConnect
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