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system·project·render: lazy

LazyOne Mobile App (Flutter)

Offline-first Flutter client featuring Riverpod state orchestration, CustomPainter wave UI, and Media-Lite credit fallback protocols.

status: activediagrams: mermaidgraphs: react-flowconsole: 3-panel
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The LazyOne Mobile App is a social-first task management and realtime communication client built with Flutter and Riverpod.

It features an offline-first architecture with aggressive Firestore caching (100MB limit) and custom graphics rendering (CustomPainter) for radial task wave propagation across campus networks.

To ensure continuous app availability despite expired Google Cloud credits and Free Tier limits, the app implements a Media-Lite Protocol combining client-side image compression (FlutterImageCompress) with graceful UI fallback guards when cloud storage quotas are reached.

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Feature CategoryImplementation DetailsStatus
State & NavigationRiverpod AsyncNotifier providers + go_router shell routing.✅ Fully Implemented
Encrypted Realtime ChatAES-256 payload encryption, inline editing, replies, emoji reactions (❤️, 👍, 😂, 😮, 😢, 🙏).✅ Fully Implemented
Radial Wave RenderingCustom RadialWavePainter canvas drawing for 3-tier task propagation.✅ Fully Implemented
8-State Task LifecycleDynamic creation, assignment, verification, and dispute bottom sheets.✅ Fully Implemented
Voice/Video Calling UICallScreen layout with interactive mute, speaker, and camera toggles.✅ Fully Implemented
Media Sharing (Img/Video)MediaCompressionService client compression + Cloud Storage upload.⚠️ Limited by GCP Credit Expiration
Remote Push (FCM)Firestore real-time stream updates used as primary notification fallback.⚠️ Fallback Active
cat lazyone_mobile_architecture_&_fallback_boundary
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Architecture showing Flutter UI, Riverpod state, Media-Lite compression, and cloud fallback guards.
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cat lazyone_mobile_app_-_complete_system_architecture_blueprint
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Full architecture mapping Client Applications, Social & Trust Layer, Task Propagation Layer, Realtime Communication Layer, Backend & Data Infrastructure, and Security & Scalability.
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