Apple’s Handoff Was the Gold Standard — Android Finally Responds
For years, Apple users have enjoyed a seamless trick: start typing an email on an iPhone, then walk over to a MacBook and finish it without missing a keystroke. That feature, called Handoff, is part of Apple’s wider Continuity framework. Android users long envied that fluidity. Third-party apps tried to bridge the gap, but nothing worked at the system level. Now Google has introduced Android Continue On, a platform-wide handoff feature that directly mimics Apple’s approach.
1. The One-Tap Handoff: Start on Phone, Finish on Tablet
The most obvious parallel between Android Continue On and Apple’s Handoff is the core user experience. With Apple’s system, a small icon appears in the Dock or on the lock screen when a compatible device is nearby. Tap it, and you pick up exactly where you left off. Google’s implementation works almost identically. When you use a supported app on your Android phone, a handoff suggestion pops up in the tablet’s taskbar. One tap resumes the activity: same document, same scroll position, same cursor placement.
This direct mirroring is the strongest signal that Google built Continue On with Apple’s workflow in mind. But there are subtle differences. Apple’s Handoff requires Bluetooth Low Energy and proximity detection. Google’s system relies on the same Google account signed in across devices, plus Wi-Fi or cloud sync. That means you don’t need to be in the same room — as long as both devices are online, the handoff can happen. For a remote worker moving from a phone on the train to a tablet at a coffee shop, that’s a meaningful upgrade.
How It Feels in Practice
Imagine you are reading a long article in a news app on your phone during your commute. You reach your desk and open your tablet. Without closing the phone app, the tablet’s taskbar shows a Continue On button. Tap it, and the article opens at the exact paragraph you were reading. No bookmarking, no emailing the link to yourself. That frictionless transition is the same satisfaction Apple users have enjoyed since iOS 8.
The Limitation: Only Phone to Tablet (for Now)
In its initial rollout, Android Continue On focuses exclusively on phone-to-tablet handoffs. Apple’s Handoff works between any combination of iPhone, iPad, and Mac. Google has stated that future expansions will include Chromebooks, Windows PCs, and even Googlebook laptops. But for Android 17’s launch, you can only move from a phone to a tablet. That is a deliberate starting point, likely because tablets represent the most common secondary screen for Android users.
2. Developer Flexibility: Activity Deeplinks and Web Fallbacks
Apple’s Handoff relies on a single developer tool: NSUserActivity. The app on the sending device encodes the activity into a small data packet, and the receiving app decodes it. It works brilliantly but requires that both devices have the same native app installed. If the app isn’t on the second device, nothing happens. Google’s Android Continue On takes a more flexible approach, offering developers two distinct paths.
Path A: The Native Activity Deeplink
This option works almost exactly like Apple’s. Developers use an activity deeplink to define what state the app is in (e.g., “user is on page 47 of article ID 8912”). When the handoff is triggered, the receiving device opens the same native app and navigates to that exact state. This provides the smoothest experience, with full app features and UI. Users get the same fonts, buttons, and gestures they expect.
Path B: The Direct-to-Web Fallback
Here is where Google diverges from Apple. If the receiving device does not have the native app installed, the developer can set a web URL fallback. The handoff then opens the default browser and loads the relevant web page. For example, a note-taking app could send a deeplink to the native app on the tablet, but if the app isn’t installed, the note opens in a browser-based editor instead. Apple has no equivalent — if the app is missing, the handoff simply does not appear.
This extra option dramatically increases the feature’s usefulness. Users are not locked into having every app on every device. A casual tablet user who only installs a few apps can still take advantage of Continue On for dozens of services. For developers, the web fallback means they can implement the feature without requiring complex cross-platform installations. It lowers the barrier to entry, which could accelerate adoption far beyond Apple’s ecosystem.
Implementation Effort: How It Compares
Apple’s NSUserActivity requires developers to adopt a specific API and encode activity data. Google’s Android Continue On uses API level 37 (Android 17+). Developers must add a deeplink intent filter and optionally a web URL. The core logic is similar in complexity. However, Google provides more documentation on fallback handling, making it slightly easier for smaller studios to support. The real difference is that Android’s version is not yet mandatory — developers can choose to implement it. Apple’s Handoff is widely supported across major apps because the ecosystem pressures adoption. Google will face a similar fragmentation challenge: will Samsung, Xiaomi, and other OEMs adopt this platform feature or keep their proprietary systems like Samsung Flow?
3. Ecosystem Expansion: From Android-Only to Multi-Platform
Apple’s greatest strength is its walled garden. Every device runs the same OS at its core, so Handoff works flawlessly across Mac, iPhone, iPad, Apple Watch, and even Apple TV (to a degree). Google’s ecosystem is far messier: Android phones, ChromeOS tablets, Windows laptops, and third-party Android variants. The current Android Continue On only works between two Android devices (Android 17+). But the framework clearly anticipates growth.
ChromeOS Is the Obvious Next Step
Chromebooks already support Android apps natively. Adding Continue On between an Android phone and a Chromebook is technically trivial — both run the same activity manager. Google has confirmed this is on the roadmap. When that arrives, it directly parallels Apple’s iPhone-to-Mac handoff. You could start a video call on your phone during a lunch break, then walk to your desk and transfer the call to your Chromebook’s larger screen and better microphone.
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Windows and Googlebook Laptops: The Long Game
Google has hinted at expanding Continue On to Windows via the Phone Link app, and to future Googlebook laptops (a rumored line of Google-branded productivity machines). This would be a direct copy of Apple’s cross-platform continuity, but with a twist: Windows is not Google’s OS. Implementing handoff to Windows will require a dedicated desktop client or a browser-based solution. Apple doesn’t have that problem. If Google succeeds, however, Android users who also use Windows PCs will finally have the seamless workflow iPhone-to-Mac users have enjoyed for a decade.
The Privacy Angle: What Data Gets Shared?
Whenever a feature moves context across devices, users worry about privacy. Apple’s Handoff uses end-to-end encryption through iCloud Keychain. Google’s Android Continue On uses the same Google account authentication. The activity data — which app, what state, any embedded text — is transmitted via Google Play Services. Google has stated that the handoff payload is encrypted in transit and not stored permanently. Still, users should be aware that any app with Continue On support could theoretically send a deeplink that includes sensitive information (like a draft email). It is wise to check each app’s privacy policy. As of Android 17, users can disable Continue On per app in Settings > Connected devices > Continue On.
The Fragmentation Challenge: Will OEMs Play Along?
One major hurdle remains: Android device manufacturers like Samsung, Xiaomi, and OnePlus often build their own continuity features. Samsung’s Flow, for example, already offers clipboard sharing and call handoff between Galaxy phones and Galaxy Books. Google’s platform-level Android Continue On could conflict with these proprietary solutions. Will OEMs remove their own handoff features and adopt Google’s? Or will users have to choose between two competing systems?
History suggests slow adoption. Google’s Nearby Share took years to replace manufacturer-specific sharing tools. The same will likely happen with Continue On. For now, Samsung Galaxy users might stick with Flow because it also works with Galaxy Book laptops. Google’s feature only works between Android phones and tablets. The true win will come when Continue On becomes the default system API that all apps can use, regardless of device brand. Google is betting that developers will prefer one API over five proprietary ones. That logic has worked for Android Auto and Google Cast — it may work here too.
What If Your Favorite App Doesn’t Support It Yet?
Many readers will ask: will my daily apps ever implement Continue On? The answer depends on the developer’s resources. Apps that already have a deeplink architecture (like Chrome, Google Docs, Spotify, and many note-taking tools) can add support with minimal effort. Smaller apps may wait until Android 17 adoption reaches a critical mass — typically 12–18 months after release. You can check for Continue On support in the Google Play Store listing under “Features” or in the app’s settings. If an app you rely on is still missing, you can request it through the developer’s feedback channels.
How to Set Up Continue On When Android 17 Arrives
When your device updates to Android 17, follow these steps:
- Make sure both devices are signed into the same Google account.
- Enable Bluetooth and Wi-Fi on both devices.
- Go to Settings > Connected devices > Continue On.
- Toggle the feature on and review the list of compatible apps.
- Keep the phone unlocked when you want to hand off — the taskbar on the tablet will show the Continue On button automatically.
The process mirrors Apple’s setup: minimal effort, maximum payoff.
Three years ago, the idea of Android having a built-in Handoff rival seemed unlikely. Today, Android Continue On proves that Google can replicate — and in some ways improve — the most coveted productivity feature from the iPhone. The one-tap handoff, the web fallback for missing apps, and the planned multi-platform expansion all point to a cohesive future. Android users who switch devices throughout the day will finally stop emailing links to themselves. The golden age of cross-device continuity has arrived for both ecosystems.
