What's the Android Latest Version

The Latest Versions of Android:

Latest Android Version – Stay Updated with the Newest Android Release

Updating your Android device regularly is key to enjoying better performance, increased security, and the latest features. Curious about what the latest Android version is and how you can upgrade? You’re in the right place for all the details!

What's New in Android 17 & Android 16?

Both of the most recent releases arrived as major June updates under Google's newer release cadence. Here's what changed in each, from the user-facing upgrades to the API Level bumps that matter for developers.

Android 17 (Cinnamon Bun, API 37)

Android 17, codenamed Cinnamon Bun, reached its stable release on June 16, 2026 as API Level 37. It leans heavily into on-device AI and a stricter security baseline:

• Deeper Gemini Intelligence integration: Gemini is woven more tightly into the system experience for on-device assistance, summarization, and contextual actions.
• Secure-by-default architecture: Protections such as a dedicated local-network access permission, delayed reading of SMS one-time passwords, Certificate Transparency, and Encrypted Client Hello (ECH) for TLS are enforced for apps targeting API Level 37.
• APV codec and modern media: Expanded support for the professional APV video codec on capable hardware, plus VVC (H.266) decoding and a RAW14 image format for advanced camera workflows.
• Cross-device continuity: A new Handoff API lets compatible apps carry their state between devices for a smoother multi-device experience.

Android 16 (Baklava, API 36)

Android 16, codenamed Baklava, shipped on June 10, 2025 as API Level 36 and laid the groundwork for many of Android 17's changes:

• Live Updates: A new class of progress-centric notifications, built on the ProgressStyle template, for ongoing activities like navigation, deliveries, and rideshare.
• Material 3 Expressive: The first step of a refreshed, more dynamic visual design language across the system.
• Desktop mode: Improved desktop-style windowing for tablets and foldables, so apps behave more like they do on a large external display.
• Adaptive apps: Apps targeting API Level 36 can no longer lock orientation and resizability on large screens, encouraging layouts that adapt to any device.
• Privacy Sandbox and Notification cooldown: Continued rollout of Privacy Sandbox on Android for more private advertising, plus a Notification cooldown feature that softens repeated alerts from the same app.

Complete Android Version History (Android 1.0 to Android 17)

From the dessert-themed codenames of the early days to today's internal alphabetical names, here is every major Android version with its codename, API Level, and initial release date:

How to Check Your Android Version?

Unsure which Android version your device is running? Just follow these easy steps:

• Open Settings: Tap on the Settings app on your device.
• Scroll to About Phone/Tablet: Navigate towards the bottom of the settings menu.
• Tap on Software Information: Find the section labeled Software Information or About Device.
• View Your Android Version: Your device's Android version will be displayed here.

If your device isn’t up to date, it might be time for an upgrade!

How to Update to the Latest Android Version?

To ensure your device runs the latest Android version, follow these instructions:

• Open Settings: Tap the Settings app on your device.
• Go to System Updates: Look for System Updates or Software Update in the settings menu.
• Check for Updates: Tap Check for Updates. If an update is available, you'll see an option to download and install it.
• Install the Update: Follow the prompts to download and install the update. Your device may restart during this process.

How to Troubleshoot Common Android Update Issues

If an update won't download or install, one of these common issues is usually the cause:

• Not enough storage: System updates need free space to download and unpack. Clear cached files, remove unused apps, or move photos and videos to the cloud, then try again.
• Unstable network connection: Large updates can stall on a weak signal. Connect to stable Wi-Fi and make sure your device has enough battery, or is plugged in, before starting.
• Update stuck or failed: Restart the device and re-check under Settings > System > Software update. A reboot often clears a paused or failed download.
• No update available: Manufacturers roll updates out in stages, so it may not have reached your device yet. Older phones may also have passed their guaranteed window of OS upgrades and will only receive security patches. When a device stops getting official updates altogether, it is usually a sign that it is time to plan a replacement.

Why Should You Keep Android Updated?

Updating your Android regularly is essential for several reasons:

• System Stability: Enhance the overall stability of your device to prevent crashes and errors.
• Compatibility: Keep your device compatible with the latest apps and services.
• Battery Efficiency: Updates often improve battery life through optimizations.

Why Android Version Fragmentation Matters for App Testing

Because manufacturers ship updates on their own timelines and many users stay on older releases, active devices at any given moment are spread across many Android versions and API Levels. This spread, known as Android fragmentation, means an app that runs perfectly on the latest Android 17 build can still break on Android 13 or 14.

For developers and QA teams, that makes cross-version testing essential:

• Test across multiple API Levels: Validate your app against both your minimum supported SDK and the latest target SDK, so behavior stays consistent as the platform evolves.
• Combine emulators and real devices: An emulator is great for fast, early checks across many configurations, but a real device cloud surfaces issues, from performance to sensors to OEM skins, that emulators can miss.
• Prioritize by real-world usage: Focus first on the Android versions and devices your users actually run, then widen coverage from there.

Platforms like TestMu AI (Formerly LambdaTest) let you run automated and manual tests across a wide range of real Android devices and versions in the cloud, so you can catch fragmentation-related bugs before your users do.

What OS do I have?