Built, automated, and deployed a sophisticated alarm management application with subscription-based features, implementing a complete CI/CD pipeline and production monitoring system.
The project encompasses several key areas of development, each focusing on specific aspects to ensure a comprehensive and efficient application.
Native Development involves implementing the iOS version using Swift and the Android version using Kotlin. This approach allows for platform-specific optimizations and adherence to native UI/UX patterns, ensuring a seamless user experience across both platforms.
In the realm of DevOps & Infrastructure, the project features an automated CI/CD pipeline to streamline development and deployment processes. Play Store deployment automation is implemented to facilitate efficient app releases. Integration of Crashlytics provides real-time error monitoring, while performance analytics offer insights into app performance. Build optimization techniques and automated testing are employed to maintain high-quality standards.
The Alarm Management system is designed with a tab-based organization structure, allowing users to manage alarms efficiently. It includes global and local alarm controls, a state preservation system to maintain alarm settings, and mechanisms for duplicate detection and tracking. Gesture-based interactions enhance user engagement and ease of use.
A robust Customization Engine is in place, offering theme management, font scaling, and dark mode integration to cater to user preferences. Users can sort and organize tabs, as well as control sound and vibration settings, providing a personalized experience.
The Business Logic component handles subscription management, including trial period handling and in-app purchases. It ensures state persistence to maintain user data and preferences across sessions.
Finally, the User System supports email authentication and password recovery to secure user accounts. It synchronizes user preferences and manages settings, ensuring a consistent experience across devices.
Collectively, these components work in harmony to deliver a feature-rich, user-centric application.