HomeTechnologyApple’s AirDrop now compatible with Android’s QuickShare, starting with Pixel 10 line-up

Apple’s AirDrop now compatible with Android’s QuickShare, starting with Pixel 10 line-up

Apple and Google are finally bridging the gap: AirDrop now works with Android’s Quick Share, starting with the Pixel 10 series. Here’s a simple explainer on how cross-platform file sharing works, what it means for users, and why Google is emphasizing security.

November 21, 2025 / 09:28 IST
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iPhone
iPhone

Apple’s AirDrop is finally opening its doors to Android—well, at least partly. Google has announced that its Quick Share feature will now work seamlessly with Apple’s AirDrop, starting with the upcoming Pixel 10 series. This means that sending photos, videos and files between iPhones and certain Android phones will no longer require any awkward workarounds, third-party apps, or desperate searches for a USB cable.

For years, AirDrop has been one of Apple’s biggest ecosystem strengths, allowing quick, wireless file transfers between iPhones, iPads and Macs. Android users, meanwhile, relied on Quick Share (formerly Nearby Share) for similar convenience. But cross-platform sharing wasn’t possible—until now. Google says it wants technology to connect people, not create barriers, and this new interoperability is a big milestone in that direction.

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So how does this cross-platform sharing actually work? Pixel 10 users will be able to send and receive files directly with iPhones using AirDrop’s “Everyone for 10 minutes” mode. This is the same temporary sharing mode Apple uses when transferring files to someone who isn’t in your contact list. There’s no server involved, no cloud routing, and no logging—just a direct, peer-to-peer connection. Users simply confirm each other’s device names to ensure they’re sending the file to the right person.

The bigger story here, though, is security. Google has put heavy emphasis on how safe this new link between Android and iOS is. The entire interoperability layer has been built using Rust—a programming language that security agencies like the NSA and CISA endorse because it prevents common memory-related vulnerabilities. Since file-sharing involves receiving and parsing wireless data packets, using a memory-safe language dramatically reduces the risk of attacks like buffer overflows.