A comprehensive mobile solution that extends your existing Koha ILS with a modern, student-centric mobile application.
View DocumentationPowerful search capabilities with filters, voice input, and barcode scanning for quick access to library resources.
Easily manage borrowed items, renew checkouts, and receive due date notifications to avoid overdue fees.
Access essential information and queue operations even when offline, with automatic synchronization when back online.
Book study rooms, equipment, and other library resources with an intuitive calendar interface.
OAuth2 authentication with biometric options for convenient and secure access to library services.
Receive timely alerts for due dates, available holds, and library announcements to stay informed.
The Koha Mobile Library System follows a modern, layered architecture that ensures separation of concerns, scalability, and maintainability. The architecture consists of three key components:
The login screen provides a secure entry point to the application with the following features:
The home screen serves as the central hub of the application with personalized content:
The search screen provides powerful search capabilities:
The book details screen provides comprehensive information about a book:
The Koha Mobile Library System integrates with the Koha ILS through its REST API. The system leverages the following key API endpoints:
The backend serves as a bridge between the Koha ILS and the Flutter mobile application. It provides the following key components:
Security is a critical aspect of the Koha Mobile Library System. The security integration plan includes:
Performance optimization is essential for providing a smooth user experience. The optimization strategy includes:
Project initialization, development environment setup, and core infrastructure implementation.
Koha API integration, service implementation, API optimization, and backend testing.
Implementation of authentication, home screen, search, book details, checkout management, bookings, notifications, profile, and settings screens.
Implementation of offline data management, UI performance optimization, state management optimization, network optimization, and battery usage optimization.
Unit and integration testing, user acceptance testing, performance testing, deployment preparation, documentation completion, and project handover.