Hi i would appricate a help with coding a functional front$-$end development for the below project. Please I am looking for human expert based solutions not AI contents, as i can do that from my end with no subscription.

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A Decentralized Ridesharing Application

Ridesharing is gaining popularity and has become one of the means of

transport across the world. There are many ridesharing apps available in the

market with Uber and Ola being at the forefront of all. However, all these apps

have companies as intermediaries controlling the services they provide to their

users. The intermediary has total control over the user's data. In such apps,

there is always a risk of user privacy being compromised as well as other data

security threats. Furthermore, they charge fees for services which are often too

high. For these reasons, it is desirable to have an application that allows users to

interact with the service providers without any intermediary. For a ridesharing

application, this would mean riders directly interacting with drivers

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or the

service owner

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$$without involving any third party. User privacy and security issues

can then be addressed using a blockchain to store transactions along with other

technologies.

This project is about exploring the aforementioned idea and coming up with a

prototype of the Dapp

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distributed application

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$$At a minimum, for the first

iteration, the project team is expected to deliver

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$$Smart contracts with required functionalities to interact between user and

ride service provider

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$$Front

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end to interact with Smart contracts

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$$Thoroughly tested and deployed ridesharing Dapp in any public

blockchain

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Testnets or localhost clients

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Project Objectives

By tackling important concerns connected to user privacy, data security, and expensive service costs imposed by middlemen, Manish Singh, a tutor of Weltec who a field of Cryptography is also and Blockchain expert, hopes to transform the ridesharing sector Conventional ridesharing companies like Uber and Ola have centralized control over customer data and transactions, thereby posing possible privacy concerns and higher consumer prices.

The client's main issue is depending too much on middlemen who handle user data and transactions, therefore compromising privacy and security and raising service costs at once. This app will be like a social media app that can be shared with friends that established trust between users

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drivers and commuters

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$$This Capstone project aims to provide a platform whereby drivers and riders may connect directly, therefore guaranteeing data privacy, security, and low costs.

Delivering a distributed ridesharing app, the project will solve their fundamental problems with user privacy, data security, and costly intermediary service charges. Smart contracts to enable safe, open, and automated transactions between riders and drivers; a user

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friendly front

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end mobile app to enable seamless interaction with the smart contracts; and deployment of the DApp on a public blockchain to ensure transparency, security, and decentralization constitute the main deliverables. Together, these deliverables seek to replace intermediaries, therefore improving user privacy and security while lowering costs and offering a safe, open, reasonably priced ride

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sharing alternative.

Expected Outcomes

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A fully functional prototype of a decentralized vehicle

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sharing application.

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This innovative platform will allow users to use rides, make payments, and interact directly with service providers

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We will enhance the privacy and security of user data, ensuring that sensitive information is well

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protected from potential breaches through blockchain technology.

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The advantage of this decentralized approach is the reduction in service fees, achieved by eliminating intermediaries.