Mobile Media
Pixlura — Android Mobile Media & Image Caching Application
InfraCordeX (Internal Product) · 14 weeks · 2 engineers
The Challenge
Displaying high-resolution media feeds on mobile devices frequently causes memory thrashing, frame drops, and heavy network consumption without dedicated caching and list virtualization.
Our Solution
We engineered Pixlura as an Android application with aggressive local image caching, virtualized grid rendering, lazy asset loading, AdMob monetization integration, and Google Play compliance.
Outcomes
Measurable Results
Native
Google Play Production
Published and maintained on Google Play Store with automated release builds.
Smooth
Virtualized Rendering
Maintains fluid scrolling across large media lists with minimal memory footprints.
Cached
Two-Tier Caching
Minimizes redundant network transfers through persistent device storage caching.
Process
Development Approach
Mobile Architecture
Structured an Ionic and Capacitor mobile architecture sharing core TypeScript models with responsive grid layouts.
Memory & Cache Optimization
Implemented two-tier memory and disk caching with virtualized scrolling to maintain smooth 60fps scrolling performance.
Monetization & Analytics
Integrated AdMob banner and interstitial ad units following Google Play developer policies and user privacy guidelines.
Play Store Release
Configured production Android App Bundles (AAB), signed keystores, and handled store review verification.
Stack
Technology Stack
Angular
Mobile application UI with reactive component architecture
Ionic & Capacitor
Cross-platform mobile runtime and native hardware bridges
AdMob
Mobile monetization and policy-compliant ad placement
Docker
Build automation and asset processing environment
More Work
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