Our expertise in e-scooter sharing app development focuses on delivering cutting-edge on-demand app solutions that meet these needs, setting a new standard in urban mobility.

Let’s start by examining the fundamentals or the initial factors to consider while developing an app for Ride Sharing App.

1. Signing up
   The registration procedure needs to be simple and speedy. In this part, requesting a phone number, email address, and verification code is typical. The consumer can proceed after this. Don’t provide usernames, passwords, or profile images because most users will complete this procedure outside and with little time. It is also possible to allow new users to verify using their social network accounts, which is a fast and dependable method.
2. Orientation
   This isn’t just a formality. Incorrect handling of e-scooters may be dangerous and annoying. Thus, your job is to teach the consumer the fundamentals of safe riding. Nevertheless, all of the data must be clear and simple to understand. It is up to you whether or not to make it skippable.
3. The map is interactive
   This is the central area of any app that shares scooters. Customers may locate scooters and adjacent parking spots here. Scooters are shown as clickable icons, which may be tapped to access a status panel specific to that vehicle. The controls for booking and beginning a ride are located on the status screen, along with details about the current prices and expected battery life. The interactive map also has a large, colorful button that activates the QR code scanner, as seen in the samples above.
4. Scanner for QR codes
   Every scooter has a unique number and QR code attached to it. To unlock a scooter, the user must scan this QR code and initiate the ride using the app. Every scooter-sharing program we’ve encountered has this function so easily accessible on the dynamic map: the entire process shouldn’t take more than a few seconds.

   If the customer’s camera breaks or the scanner malfunctions, always provide the opportunity to input the code manually. Things take place.

5. Connectivity with the Internet of Things modules
   The Internet of Things is referred to as IoT. Every scooter should ideally have several sensors installed to monitor its position and condition, such as GPS and GSM modules. These sensors make operating the car with a single screen tap possible. It’s also a crucial requirement for safety, as the system will automatically lock the scooter and alert the maintenance unit if something is wrong.
6. In-app purchasing mechanism
   When it comes to electric scooter sharing, things operate differently than they do with traditional checkout. Request the customer’s payment information when accessing the electric scooter app. Following each trip, the system will automatically charge their account based on the time that has passed.

   Encrypt all data before it leaves the phone using a technique that can only be decrypted with the corresponding private key saved on the recipient’s device. This is important since there is a lot of sensitive information involved.

7. Screen for ride status
   The interactive map changes to the ride status page after the ride has begun. This is where you may lock or park the scooter, keep track of the amount of time that has passed, and locate the closest parking spots. Customers can leave the scooter unattended by locking it (although they will still be charged for the downtime minutes). However, parking indicates that the ride is coming to an end.