Google releases Android CLI 1.0, giving AI agents direct access to Android Studio capabilities

Agentic app coding gets an upgrade with Google's release of Android CLI | TechCrunch

In addition to serving up its own flavor of vibe-coding tools for building on Android, Google announced it will also offer tools that allow AI agents, like Claude Code, OpenAI's Codex, or its own Antigravity or Gemini in Android Studio, to accelerate Android app development. Google shared on Tueday at its Google I/O annual developer conference that its Android CLI (command-line interface) is now stable at version 1.0, and can be used by those who are leveraging AI agents to build for them -- no matter what their preferred coding platform may be. The move acknowledges that many people are now building for Android with AI agents that aren't from Google. The company is trying to find a way to make its specialized knowledge, like what's found within Android Studio, more accessible. With Android CLI, AI agents can retrieve knowledge about Android development via a new "android studio" command that can tap into the capabilities of Android Studio when building their own project. From there, the agents will be able to tap into a range of other commands and tools. Google Antigravity, the company's agentic development platform, will include an optional bundle that will install the tools and knowledge included in Android CLI, so it can also perform the core tasks for Android app development, Google says.

Google launches Android CLI 1.0 for AI coding agents

Google has released Android CLI at a stable version 1.0, giving AI coding agents a direct line into Android Studio's capabilities without ever opening the IDE. The announcement, made at Google I/O 2026 on 19 May, is a frank acknowledgement that many developers now build for Android using third-party AI agents rather than Google's own tools. The new toolset lets agents such as Anthropic's Claude Code, OpenAI's Codex, and Google's own Antigravity perform core Android development tasks from the terminal. Through a new command, agents can run semantic symbol resolution, analyse files for warnings, render Jetpack Compose previews, and execute end-to-end UI tests via a feature Google calls "Journeys." In practical terms, this means a developer can prompt an AI agent to scaffold a new project, inspect it for lint warnings, preview a Compose layout, and run automated UI tests, all without switching to a graphical interface. The CLI acts as a bridge that connects the growing ecosystem of AI coding agents to the production-grade tooling that Android Studio already provides. Google has also bundled Android CLI support directly into Antigravity, its agentic development platform that received a major 2.0 upgrade at the same event. Developers using Antigravity can install the Android CLI and associated knowledge resources either during onboarding or later through the settings menu. Once installed, the Antigravity agent gains the ability to handle tasks from project creation to deploying an app on a virtual Android device. The move fits a broader pattern at this year's I/O. Google rolled out Gemini 3.5 Flash as the engine behind its managed agents in the Gemini API, launched native Android app creation inside AI Studio, and shipped Antigravity 2.0 with parallel agent orchestration. The Android CLI sits at the intersection of these efforts, ensuring that whichever agent a developer prefers, it can speak Android Studio's language. For developers already working with non-Google AI tools on Android, the release removes a significant friction point. Specialised knowledge about Android's build system, Compose rendering pipeline, and testing framework is now available programmatically at , rather than locked inside a desktop application. Whether this openness accelerates Android development or simply shifts the bottleneck from writing code to reviewing it remains to be seen. What is clear is that Google is betting the future of Android tooling on agents, and it wants every agent in the game to play nicely with its platform.