The Android Developers Blog announces updates to Android CLI, including the ability to access real devices through Android Device Streaming. This enables developers’ agents to interact with physical devices remotely, as if connected over USB, via a secure ADB over SSL connection.
WHAT THE UPDATE ENABLES IN PRACTICE
Android Device Streaming in CLI allows spinning up devices, deploying builds, collecting logs and traces, and capturing screenshots headlessly through the terminal. TechStaged has also covered Android Emulator gains command-line control for adaptive app development.
- Access to real devices remotely via Android Device Streaming over a secure ADB over SSL connection
- Interact with physical devices as if they were plugged in via USB
- Deploy builds, collect logs and traces, and capture screenshots headlessly through the terminal
GROUNDING AI AGENTS WITH ANDROID SKILLS IN THE CLI
To bridge gaps between models’ knowledge and platform specifics, Google describes a growing repository of Android skills—structured guidance that supplies API references, samples, and patterns directly into an agent’s context.
- Audit Play policy compliance: assess manifests, permissions, target SDKs, and privacy disclosures
- Implement Restore Credentials: re-authentication across device setup and cloud restores using Jetpack Credential Manager
- Android Intent security: detect implicit intent hijacking and secure components
- Use Android profilers: diagnose UI frame drops and interpret CPU/memory traces
- CameraX: modernize camera code with lifecycle-aware APIs
- Migrate Leanback to Compose for TV: bring TV experiences to Compose
- Integrate Media3 Cast: sync media sessions with Cast receivers
- Integrate Play Engage SDK: publish user recommendations and clusters
- Set up testing strategy: unit tests, Compose UI tests, and screenshot testing
- Audit R8 configuration: optimize app performance through configuration auditing
WEAR OS AND THE WEAR COMPOSE MATERIAL 3 SKILL
The Wear Compose Material 3 skill (wear/wear-compose-m3) supports Wear OS development with patterns like TransformingLazyColumn and ScreenScaffold containers. Early adopters report productivity gains when modernizing Wear apps.
- Wear Compose Material 3 (wear/wear-compose-m3)
- TransformingLazyColumn usage, ScreenScaffold content padding, and related Wear OS patterns
- Video walkthrough and real-world demonstrations included in the documentation
GETTING STARTED WITH ANDROID CLI AND DEVICE STREAMING
Google outlines a simple path to begin using Android CLI for device streaming and broader Android skills. After installing the CLI, you can configure your agent, list available remote devices, and choose a device to work with.
- Install Android CLI with a single command
- Run android init to configure your agent
- List available official skills with android skills list
- Add skills to a project with android skills add <skill-name>
- Link your project to use Android Device Streaming and other Android skills
RELATED COVERAGE
- Android Emulator gains command-line control for adaptive app development
- GPT-5.6 debuts in Kiro, boosting price-performance for developers
- GitHub GA: Private saved views for repository issues and 'Relates to' relationship generally available
- GPT-6 Astra Generally Available in GitHub Copilot, GitHub confirms
- Software articles
SOURCES
- Android Developers Blog: Device Streaming and Android skills - available in Android CLI Published · Primary source
