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
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.
About E-Scooter App Development Project
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 Native
Flutter (cross-platform)
Swift (iOS)
Kotlin (Android)Backend
Django
Spring BootDatabase
PostgreSQL
MongoDB
Firebase Realtime DatabaseCloud & Hosting
Azure
Google CloudFrontend
React NativeFlutter (cross-platform)Swift (iOS)Kotlin (Android)Backend
DjangoSpring BootDatabase
PostgreSQLMongoDBFirebase Realtime DatabaseCloud & Hosting
AzureGoogle CloudPayment Integration
PayPal
RazorpayMapping & GPS
Google Maps API
MapboxAI & Analytics
TensorFlow Lite
Scikit-learnIoT Integration
MQTT
Bluetooth APIsSecurity
JWT
OAuth 2.0
SSL EncryptionResults & 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.