SubRide
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About Project
Our cutting-edge iOS/Android ride-sharing app, developed using Swift and Java Kotlin, stands as a beacon of modern urban mobility. Offering a seamless and integrated solution for bikes, rickshaws, and cars, this project is a testament to our commitment to providing a versatile, efficient, and user-friendly platform to meet the diverse commuting needs of our users.
Problem
Urban commuters often grapple with the inconvenience of managing multiple apps for various modes of transportation. The lack of a unified platform covering bikes, rickshaws, and cars leads to fragmented user experiences and increases the complexity of planning and executing commutes. Our project addresses this issue by consolidating diverse transportation options into a single, user-centric app, simplifying the commuting experience and providing a one-stop solution for urban travel.
Solution
Our ride-sharing app, developed with Swift and Java Kotlin, offers a comprehensive solution to the challenges of urban mobility. By seamlessly integrating bikes, rickshaws, and cars within a single application, we provide users with a unified platform for planning, booking, and tracking their rides. The app's user-friendly interface and efficient backend architecture ensure a smooth and convenient experience, simplifying the complexities associated with urban commuting.
Platform
Mobile IOS/Android
Domain
Ride Sharing App
Duration
10 Months
Development Process
Agile
Key Features
Main Page:
The Main Screen of our ride-sharing app serves as the central hub where users can effortlessly navigate through the diverse transportation options available. Developed with Swift and Java Kotlin, the Main Screen features an intuitive design, presenting users with quick access to their recent rides, favorite routes, and ongoing promotions. Prominent call-to-action buttons facilitate seamless navigation to various sections of the app, ensuring a user-friendly experience and a swift initiation of ride bookings.
Map Screen:
The Map Screen is a pivotal component of our ride-sharing app, providing users with real-time visualization of available vehicles, routes, and nearby pick-up points. Developed with Swift and Java Kotlin, this screen offers an interactive map interface with dynamic markers for bikes, rickshaws, and cars, ensuring users can make informed decisions based on proximity and availability. Integration with GPS technology enables precise tracking, ensuring a smooth and reliable navigation experience for both drivers and passengers.
Select Vehicle Screen:
The Select Vehicle Screen empowers users with the flexibility to choose their preferred mode of transportation, be it bikes, rickshaws, or cars. Developed with Swift and Java Kotlin, this screen features visually appealing icons, detailed vehicle information, and transparent pricing structures. Users can easily filter and compare options based on factors like cost, ETA, and ride preferences, providing a personalised and informed selection process tailored to their specific commuting needs. The intuitive design ensures a hassle-free and efficient vehicle selection experience.
Work Portfolio
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