Google releases the first beta of Android 17, adopts a continuous developer release plan

Published: (February 11, 2026 at 01:00 PM EST)
2 min read
Source: TechCrunch

Source: TechCrunch

The Google Android logo and mascot, known as Bugdroid by the community, displayed as a statue resembling a strawberry ice‑cream cone on Android Avenue at the Mobile World Congress 2024 in Barcelona, Spain (March 25 2024).
Image Credits: Joan Cros/NurPhoto / Getty Images

Overview

Google released the first beta of Android 17 on February 11 2026 (10:00 AM PST). The update brings performance improvements, new media and camera APIs, and a major change in how developers receive new features.

Continuous Canary Channel

  • Google is abandoning traditional developer betas in favor of a continuous Canary channel for developers, similar to the Chrome Canary channel.
  • Features and APIs become available to developers as soon as they pass internal testing.
  • The Canary channel supports over‑the‑air updates, enabling more integrated workflows and easier testing.

Screenshot of the Android 17 beta interface.
Image Credits: Google

Release Timeline

  • Target for platform stability: March 2026.
  • Public release: Planned for Q2 2026.
  • Following Android 16’s two‑release structure (major SDK in the first half, minor SDK in the second half), Android 17 continues this cadence to give device makers more time to roll out updates and reduce fragmentation.

Developer Restrictions

  • Developers will no longer be able to opt out of resizing restrictions on large‑screen devices.
  • This prevents forced orientation or resizing, improving app behavior on tablets and foldables across different orientations and window sizes.

Screenshot showing new resizing behavior on Android 17.
Image Credits: Google

New Camera Capabilities

  • APIs for smoother camera transitions.
  • Support for the VVC (H.266) video codec.
  • Enhanced loudness handling across apps for consistent volume.
  • Stricter controls for background audio.

Performance Improvements

  • Reduced missed frames and a more efficient garbage‑collection mechanism for memory cleanup.
  • Improved Wi‑Fi connectivity with better proximity detection and secure peer discovery.
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