A protected video player has to work across several playback environments. Android, iOS, Apple TV and Samsung Smart TV do not share one player stack, and a live event adds packaging, key exchange, delivery and viewer authorization to the picture.
The DRM-X 6.0 Beta SDK previews offer one example of how to connect these pieces. This article looks at the integration points and the test results developers should distinguish from broader platform support.
Start with the playback environment
The current SDK previews cover different native paths:
| Platform | Integration path | What has been verified |
|---|---|---|
| Android phones and Android TV | Kotlin, Media3 and Widevine | Playback and protected download workflows on Samsung Android devices; the preview includes phone and Android TV samples. |
| iPhone and iPad | Swift, AVFoundation and FairPlay | Streaming and protected downloads on iPhone. |
| Apple TV | tvOS sample in the Apple SDK bundle | Protected on-demand playback and remote navigation on a physical Apple TV. The current sample focuses on streaming. |
| Samsung Smart TV | JavaScript SDK preview with Samsung AVPlay | Full HD on-demand playback and subtitle switching on a physical Samsung Smart TV. |
These are useful starting points, but a sample app is not a compatibility guarantee for every device model, codec or playback feature. Before committing to a release, test the exact devices, subtitle formats, download rules and playback modes your audience will use.
Map the live delivery path
The AWS Live DRM workflow described in the DRM-X 6.0 Beta connects three services:
- AWS Elemental MediaLive encodes the live video.
- AWS Elemental MediaPackage v2 packages and encrypts it, using SPEKE 2.0 for DRM key exchange.
- Amazon CloudFront delivers the packaged streams to viewers.
The workflow supports Widevine, FairPlay and PlayReady delivery paths. Your application backend still needs to decide which authenticated viewer may access a stream. That decision should use your existing accounts, subscriptions, purchases or course entitlements rather than assuming that possession of a playback URL is sufficient authorization.
In testing reported for this Beta, a native iPhone successfully decoded a protected 4K live stream at up to 3840 × 2160. A Samsung Android device was used to test live playback and key rotation at 1080p. Those are separate results: the 4K iPhone test should not be read as a claim that 4K and key rotation were verified on every supported device.
A practical validation checklist
For a real event, verify the end-to-end path with your own content and target hardware:
- Confirm that each target device supports the chosen codec, DRM path and intended resolution.
- Test authorized and unauthorized viewer accounts against your backend rules.
- Check playback startup, subtitles and any protected download flow your app exposes.
- Exercise the live stream for the event duration, including key rotation where configured.
- Measure behavior under the network conditions your viewers are likely to encounter.
Actual playback resolution depends on the device, codec, network and content policy. DRM-X 6.0 is still in Beta, with ongoing releases and device testing. Customer SDK downloads require an active Professional or Enterprise subscription; public guides and selected evaluation resources are available without an SDK download.
The native app SDK guides and AWS live streaming tutorial provide the platform-specific starting points. The public player demo can help teams inspect the playback experience before beginning a native integration.
Disclosure: This article discusses a Haihaisoft product and was drafted with AI assistance.
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