E-Scooter App Development for Smarter Urban Mobility 

Seasia partnered with a leading smart mobility provider to deliver a robust e-scooter app development solution. Designed for multi-platform accessibility, this solution ensures smooth operations and an exceptional user experience for sustainable urban transportation.

About E-Scooter App Development Project

About E-Scooter App Development Project
INDUSTRY
Smart Mobility (EV)
PROJECT DURATION
6 to 8 months

This initiative was designed to create a scalable, IoT-enabled platform for modern urban mobility. Built for multi-platform accessibility, it ensures seamless ridesharing, real-time monitoring, and eco-friendly transportation. By integrating advanced technologies such as IoT-based e-scooter applications and AI analytics, the project addresses traffic congestion and promotes sustainable, smart city solutions. 

Project Scope & Challenges

The project aimed to deliver a scalable, user-friendly platform for seamless micromobility management.

Business Challenges:

  • Implementing real-time GPS tracking and IoT integration for smart locks and sensors
  • Designing a smooth UI/UX for multi-platform compatibility (iOS, Android, Web)
  • Ensuring secure payment gateways with multiple options
  • Integrating AI-driven ride safety and driving behaviour analysis

Seasia’s Solution

Seasia Infotech developed a robust e-scooter mobile app solution to ensure secure, efficient, and user-friendly ride-sharing experiences across multiple platforms.

IoT Integration

Real-time scooter tracking and smart lock control

AI-Powered Safety

Ride quality checks and driving behavior analysis

Multi-Platform Support

Apps for iOS, Android, and web with intuitive UI/UX

Secure Payments

Multiple gateways for safe, seamless transactions

QR-Based Unlocking

Simplified scooter access for user convenience

Tech Stack We Utilized

Frontend

React NativeReact Native
Flutter (cross-platform)Flutter (cross-platform)
Swift (iOS)Swift (iOS)
Kotlin (Android)Kotlin (Android)

Backend

Node.jsNode.js
DjangoDjango
Spring BootSpring Boot

Database

PostgreSQLPostgreSQL
MongoDBMongoDB
Firebase Realtime DatabaseFirebase Realtime Database

Cloud & Hosting

AWSAWS
AzureAzure
Google CloudGoogle Cloud

Payment Integration

StripeStripe
PayPalPayPal
RazorpayRazorpay

Mapping & GPS

Google Maps APIGoogle Maps API
MapboxMapbox

AI & Analytics

TensorFlow LiteTensorFlow Lite
Scikit-learnScikit-learn

IoT Integration

MQTTMQTT
Bluetooth APIsBluetooth APIs

Security

JWTJWT
OAuth 2.0OAuth 2.0
SSL EncryptionSSL Encryption

Results & Achievements

  • Improved user retention via seamless payments

  • Enhanced safety with smart sensors

  • Reduced downtime using AI ride monitoring

  • Expanded reach on iOS, Android, web

  • Scaled platform for growing users

Project Impact

This e-scooter app project demonstrates how AI-powered e-scooter apps for smart cities and urban mobility app solutions can transform transportation. The solution empowers businesses to deliver secure, scalable, and eco-friendly ride-sharing services, enabling smarter and more sustainable city transportation.

What They Say