P2P: On-Demand Home Service Booking App

In the ever-evolving landscape of mobile applications, the P2P On-Demand Home Service Booking App emerges as a game-changer, seamlessly connecting service providers and users. As the project lead, I had the privilege of crafting both the vendor and user-side Android applications, employing a powerful stack of technologies and methodologies to ensure a user-friendly and efficient experience.

P2P: Services Booking

Technology Stack:

Kotlin Magic:

Harnessing the power of Kotlin, the app showcases the language's expressive syntax and concise code, enhancing the overall development process.

MVVM Architecture:

The project adopts the Model-View-Model (MVVM) architecture, promoting a clear separation of concerns and facilitating maintainability.

Flow and Coroutines:

Leveraging Kotlin's Flow and Coroutines, the app ensures asynchronous programming, enhancing responsiveness and overall user satisfaction.

Seamless Data Exchange:

Robust integration of Rest API's ensures seamless communication between the vendor and user applications, guaranteeing real-time updates and accuracy in service bookings.

Persistent Data Storage:

The utilization of Datastore and ROOM provides a reliable and efficient means of storing and retrieving data, contributing to a smooth and streamlined user experience.

Android Studio Tools:

Employing essential Android Studio tools, the development process is optimized for efficiency, enabling swift debugging, testing, and deployment.

User-Centric Features:

Intuitive Booking Process:

A user-friendly interface simplifies the service booking process, ensuring that users can effortlessly find and schedule the services they need.

Real-Time Updates:

Through seamless integration of Rest API's, users receive real-time updates on service provider availability, ensuring timely and accurate bookings.

Vendor Management:

Vendors benefit from a dedicated application that allows efficient management of service requests, schedules, and customer interactions.