Apps & Distribution
Android App
Reviewed by Manish · OTT & Streaming
Last updated: 2026-07-01
An Android app is a native streaming application for Android phones and tablets, distributed through Google Play. It reaches the world's largest mobile install base with native playback, Widevine DRM, downloads, and Google in-app billing.
Enveu take
Android is the volume play — the biggest global install base, but also the most fragmented device landscape, so testing across screen sizes and Widevine security levels is where quality is won or lost.
AppsAndroidDistribution
Build it with EnveuLaunch an Android app on Enveu Experience Cloud — native, store-published, live in weeks
What it is
An Android app is built with Kotlin/Java (Android Studio), typically using ExoPlayer for adaptive playback with Widevine DRM. It supports offline downloads, push notifications, deep links, and Google Play in-app billing for subscriptions. Because the Android ecosystem spans thousands of devices, testing across screen sizes, OS versions, and Widevine levels (L1/L3) is essential.
- Native Kotlin/Java app via Google Play
- ExoPlayer + Widevine DRM
- Google Play in-app billing
Why it matters
Android has the largest global mobile footprint, so a solid Android app is essential for reach — especially in emerging markets. It provides native playback with Widevine DRM, offline downloads, notifications, and Google Play billing. The challenge is device fragmentation: many screen sizes, OS versions, and DRM security levels to support.
Key points
- Native app for Android phones and tablets
- Distributed via Google Play
- Widevine DRM, downloads, Google billing
- Largest global install base, but fragmented
How it works
1
Build
Native app in Android Studio.
2
Integrate
ExoPlayer, Widevine, Google billing.
3
Test broadly
Many devices, OS versions, DRM levels.
4
Publish
Release on Google Play.
Where you encounter it
Reaching the global Android baseEmerging-market growthOffline downloads on AndroidGoogle Play subscription billing
Key variations
Phone
Handset-optimized experience.
Tablet
Larger-screen layouts.
Widevine L1/L3
Hardware vs software DRM.
Real-world example
Taming Android fragmentation
A service saw inconsistent playback across Android devices.
Challenge
- DRM behaved differently across Widevine levels
- Layout broke on some screen sizes
Action taken
- Standardized on ExoPlayer and tested Widevine L1/L3
- Built responsive layouts across form factors
Outcome
Playback and DRM became consistent across the Android device range.
Frequently asked questions
What is an Android app for OTT?
A native streaming app for Android phones and tablets, distributed via Google Play, with native playback, Widevine DRM, offline downloads, and Google in-app billing.
What DRM do Android streaming apps use?
Widevine, typically via ExoPlayer. Widevine has security levels (L1 hardware-backed, L3 software) that affect the maximum resolution premium content will allow.
Why is Android fragmentation a challenge?
Android runs on thousands of device models with different screen sizes, OS versions, and DRM security levels, so apps must be tested broadly to ensure consistent playback.
What DRM does an Android streaming app use?
Widevine, at one of three security levels — L1 (hardware-backed, required for HD/4K premium content), L2, or L3 (software, typically capped at SD). Your app should detect the device's Widevine level and cap playback quality accordingly.
How do I support the huge range of Android devices?
Target a sensible minimum API level, test across screen sizes and popular chipsets, and let adaptive bitrate absorb network variability. Widevine level and codec support vary by device, so runtime capability detection matters more than a fixed device list.
Build it with Enveu
Launch a native Android app
Enveu ships native Android apps with ExoPlayer, Widevine DRM, downloads, and Google billing.