Feathe ride-sharing app development scene are at an all-time high. So, how do you develop a ride-sharing application? What goes into the development process, and what are the costs incurred? And where does Uber-like app factor into the picture? And why should you choose the Uber clone app for your ride-sharing app development needs?
Why opt for ride-sharing?
Ridesharing apps have become hugely popular due to their convenience, availability, and economical pricing. Urban citizens increasingly prefer to share rides to get to work, go out, and to travel. These applications impart a lot of benefits to users and drivers alike.
The savings with regard to transportation costs are undeniable. Simultaneously, drivers obtain profits from empty seating. In addition, traffic congestion is minimized. The cumulative environmental footprint (a problematic aspect of ownership), is drastically reduced.
Lyft and Uber have revolutionized the industry. Conventional taxi services have received a hard wake-up call, as these ride-sharing applications have become absolute leaders within their respective target markets.
Uber’s business model has received considerable coverage within entrepreneurial circles. Uber clones are trending in the startup scene. Regardless of the growth in the sector, succeeding against prevailing competition may seem like a daunting task. However, several fledgling ride-hailing apps such as Ola, Gett, BlaBlaCar, and DiDi are doing remarkably well, regardless of the fierce competition from industry leaders like Lyft and Uber.
If you’re looking for a specific type of Uber clone app, Appdupe has just the right solutions for you.
The different varieties of ride-sharing applications
To begin with, do you intend to launch a carpooling, car sharing, or ride-sharing application? This is an important decision and distinction to make. Even though carpooling and ride-sharing are used interchangeably, there is a basic difference between them.
Ride-hailing / Ridesharing
Ridesharing consists of on-demand services where intermediaries (like Lyft and Uber) charge a fee and a client requisitions a ride in a private vehicle through a mobile app.
Waiting times are reduced in ridesharing. You have flexibility regarding the kind of vehicle, and the ability to rate the service in the application. Cashless in-app payments also simplify the lives of commuters.
In carpooling, intermediaries are not a part of the picture. Commuters and drivers are usually in agreement about the final location. Carpoolers are typically people who know each other, or are family; they ride collaboratively on an everyday basis. Maintenance charges and gasoline costs are usually shared.
While there are apps that have monetized the concept, such as Carma and BlaBlaCar, carpooling usually does not involve profits. The popularity of the shared ride concept, however, has led to popular ride-sharing businesses like LyftShared, and UberPool for industry leaders in the ridesharing space.
Carpooling saves you money and is eco-friendly. Lesser vehicles on the road correspond to a smaller carbon footprint.
Peer-to-peer car sharing
In P2P carsharing, car owners rent out their vehicles for a stipulated time duration. The stable of cars used in a P2P carsharing service consists of vehicles owned by its members. In this business model, vehicle owners can supplement their incomes when their vehicles aren’t being used. Renters can pay according to their time requirements.
P2P car sharing is popular among overseas travelers.
Base features in a ride-sharing application
This is the first critical aspect that impacts development costs incurred. A ridesharing application’s key function is connecting commuters with drivers. Two different apps are needed for executing this function, one for the commuter and the other for the driver. An administration panel is also required as a dispatch system. The two different apps should consist of the following features:
Onboarding: Clients can register in the application with the help of their social media handles or email IDs.
User profile: Upon registration, info should be provided by clients so the app can understand their requirements.
Real-time tracking: Applications should send out prompt updates regarding the location of the driver.
Search: Search is used to identify routes and drivers
Filters/listing: With an advanced filtering system, clients can opt for the vehicle they desire according to comfort levels and pricing. Accessibility and quality of the user interface, along with efficient design are key here.
Bookings: Clients can requisition rides immediately or pre-book them for a later time.
Ride history: This enables clients to check their previous trips.
In-application payments: This helps clients in tagging a debit/credit card to their accounts for cashless payments at the conclusion of a ride.
Auto pricing suggestions: Costs are calculated by estimating the distance between the pickup and drop-off locations.
Push notifications: This provides clients with information about the status of their ride upon acceptance of a ride request by the driver. These contain additional information including car model, license plate number, color and projected timelines for arrival.
Reviews and ratings: Clients can rate rides and make comments.
Client support: By dealing with their concerns and assisting clients with their queries, live chat, bots, or direct calling can be enabled in the application.
Status: This provides driver visibility and info on if/when they’re ready to pick up clients.
Bookings: Drivers should have the option to cancel/accept bookings, which display pickup and drop locations.
Navigation: Drivers can view real-time features like traffic status updates and alt routes.
Tariff estimation: Provides estimated trip costs and discounts/promotions.
Reports: Displays stats regarding trips and earnings.
Commuter reviews: A driver should have access to reviews regarding the client prior to riding confirmation. They should be able to provide feedback on bad clients so they aren’t matched with them again.
Costs incurred during ride-sharing app development
Frontend and backend development costs aside, the UI and UX need to be priced. Forgoing expensive design is an option, but user-friendliness and accessibility are absolutely essential. Additionally, services/functions that support the app development process should be accounted for – these include project management, planning stage, and quality assurance.
The exact costs are subjective to the services provided. They are variable and can range from 18 USD/hour to 180 USD/hour.
This article provided a basic outline of the ride-sharing app development process. The features of the app, development aspects and costs incurred make up a good chunk of the process. Armed with the basic knowledge needed to construct a ride-sharing app, you can create your own proprietary ridesharing application or futuristic ride-hailing service like Uber. Uber clone script provides a strong foundation for realizing your ride-sharing app startup aspirations.
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