Android Dev Summit Kicks Off With Major Tooling Updates, Agentic AI Integrations, and Expanded Form Factor Support

In an era where the fundamental nature of software development is undergoing a rapid transformation, a developer’s craft, creativity, and expertise are more critical than ever before. Addressing this evolving landscape at the Android Dev Summit, Google announced the broad availability of a comprehensive suite of tools and APIs designed to eliminate everyday development friction and provide developers with unprecedented flexibility to build cutting-edge Android applications. These newly released updates are engineered to help programmers code smarter and faster, introduce robust solutions for agentic user experiences, and drastically simplify the process of scaling applications smoothly across an increasingly diverse array of screen sizes and form factors.

As the number of emerging artificial intelligence models and autonomous coding agents multiplies on a daily basis, developers have increasingly voiced a clear preference: they want the freedom and flexibility to select the exact models and agents that best suit their unique workflows. In response to this demand, Google has rolled out significant updates to Android Studio and the Android CLI. These enhancements are specifically tailored to make it easier than ever for developer-designated agents to construct high-quality Android applications efficiently and reliably, ensuring that the development ecosystem keeps pace with the rapid advancements in artificial intelligence.

Bring Your Own Agent

A cornerstone of these new developer offerings is the official stable release of Android Studio Rabbit 2. This milestone feature empowers developers to choose their preferred coding agent directly within the Android Studio environment. Whether utilizing Claude Agent, Codex, Antigravity, or any of the more than 40 other Agent Client Protocol (ACP) compliant agents currently available, developers can now seamlessly integrate these advanced tools to harness Android Studio’s full suite of professional development capabilities. By allowing teams to "bring your own agent," the platform opens up new horizons for automated coding, debugging, and architectural optimization tailored to individual team preferences.

Build Intelligent, Agentic Experiences on Android

Beyond streamlining the coding process itself, the software industry is witnessing a profound shift toward intelligent, agentic user experiences. To actively support developers and businesses venturing into this emerging landscape, Google is introducing innovative APIs specifically designed to simplify the creation of rich, deeply engaging user interactions.

As part of this push to bring app services directly to users wherever they may be, Google is introducing the new Connected Apps Platform. This platform is built to help developers connect smoothly with high-intent users across Gemini and Search interfaces. Developers can begin building natively utilizing either Android MCP or remote MCP, prototype rapidly using the dedicated Gemini dev mode, and ultimately register their applications through the Google Connected Console preview program when they are fully prepared for production deployment.

New API Support to Build Across Premium Form Factors

Expanding an application across the rapidly growing Android ecosystem allows businesses and creators to engage users wherever they happen to be, creating fresh touchpoints and driving significantly deeper interaction. Google continues to develop innovative APIs aimed at simplifying app adaptation and enabling unique experience layering across diverse hardware. Utilizing new Jetpack Compose-first foundations, adaptive building blocks, and advanced agentic UI features, developers can now seamlessly scale their application architectures and user interfaces across a multitude of distinct form factors without inflating their maintenance overhead.

Accelerate Your Reach With Googlebook and Foldables With New Skill Support

With the arrival of Googlebook, applications can now scale seamlessly across traditional phones and modern laptops without requiring a separate, dedicated codebase. To facilitate this transition, the Compose adaptive skill helps automated agents effortlessly transform mobile applications so that they scale gracefully across phones, foldables, Googlebook, tablets, parked cars, and extended reality (XR) environments.

The adaptive skill has received significant updates designed to make it faster and easier to prepare existing applications for desktop-class environments. Specifically, the Adaptive skill can now thoroughly audit a developer’s Compose user interface to automatically identify and implement essential desktop features, such as keyboard shortcuts, custom pointer cursors, hover states, and informative tooltips for various buttons and controls. In addition to comprehending complex navigation structures and migrating legacy layouts to modern containers like Grid, FlexBox, and mediaQuery, the updated skill now explicitly handles end-to-end state management across the entire application lifecycle.

Furthermore, the skill now incorporates specialized foldable posture optimizations, such as automatically refactoring media and camera screens into functional tabletop layouts. Looking ahead, Google Play will place a stronger emphasis on how applications and games perform on foldable devices next year, offering developers expanded opportunities to showcase their adaptive engineering efforts. For standard applications, developers are encouraged to optimize their software by leveraging the Compose adaptive skill alongside the official Android adaptive quality guidelines. For interactive gaming experiences, teams should consult the adaptive games guidelines. Additional details regarding the exact requirements for the Google Play store will be officially announced later this year.

Build for an Expanding Lineup of Android XR Devices

The hardware landscape for Android continues to push beyond traditional screens into spatial computing. Alongside these software announcements, and in close collaboration with hardware partner XREAL, Google has launched the XREAL AURA, marking the arrival of the world’s first wired XR glasses powered by Android XR. This hardware debut coincides with the official graduation of several core libraries and developer tools to stable status, signaling a mature and ready ecosystem for spatial application development.

Google has expressed a strong eagerness to receive constructive community feedback regarding these newly introduced tools and capabilities, noting that ongoing collaboration will be vital as the development platform continues to mature.