Cabz - Cab Booking Mobile App
Cabz is a feature-rich cab booking application designed for fast and reliable urban transportation. Built with a mobile-first approach, the app offers intuitive ride search, fare transparency, real-time booking confirmation, driver communication, and a smooth payment experience. The product focuses on speed, trust, and usability for both regular commuters and occasional riders.
Mobile AppAndroid AppiOS AppReact NativeBooking AppTransportationReal-time

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Technologies Used
- React Native for cross-platform mobile development
- TypeScript for type-safe feature development
- Realtime ride state updates with WebSocket architecture
- Map and geolocation APIs for pickup/drop routing
- Secure payment integration for in-app transactions
- Push notifications for booking and ride updates
- State management optimized for multi-screen ride flow
- Scalable backend APIs for rider and driver operations
Key Features
- Quick ride discovery with destination-based search
- Live fare and ride option selection
- Ride confirmation and booking status timeline
- In-app chat with driver
- Payment popup and checkout experience
- Ride history and all-rides overview
- Onboarding journey for new users
- Clean, mobile-optimized interface
Challenges
- Designing a fast and frictionless booking flow
- Handling real-time ride status transitions
- Keeping map, pricing, and ride options synchronized
- Building reliable in-app communication with drivers
- Ensuring smooth payment UX on mobile devices
Solutions
- Created a stepwise booking UX from search to confirmation
- Implemented robust state transitions for ride lifecycle
- Optimized API payloads for low-latency screen updates
- Integrated chat with clear status and message handling
- Designed a streamlined payment popup for quick completion
Results & Impact
Faster user journey from app open to ride booking
High clarity in ride flow and booking status updates
Improved trust with real-time and in-app communication
Smooth payment interactions with reduced friction
Scalable foundation for future rider and driver features