Skip to main content

Google Safe Browsing API is here to make Android apps a whole lot safer from malware

Google wants to make browsing on an Android device even safer. At Google I/O in May, the company announced it would be bringing a device-local safe browsing application programming interface (API) to developers, and that day has finally arrived.

But what is a ‘device-local safe browsing API’? It is basically a way for developers to use the same protections that Google uses on the web and it determines whether a link is safe to visit or if it has been previously marked as a known threat on Google’s list. Examples of sites that would not be considered safe include social phishing websites that attempt to get login information from you, as well as sites that host malware. The API is aimed at being extremely easy to implement within an app.

Recommended Videos

“Since our initial launch we’ve shown hundreds of millions of warnings, actively warning many millions of mobile users about badness before they’re exposed to it,” Google employees wrote in a blog post. “We look forward to all Android developers extending this same protection to their users, too.”

Of course, as a mobile API, it is also built to keep battery use and bandwidth consumption as low as possible. Another great thing about the new API is that it is being rolled out in the latest version of Google Play Services, meaning all developers can take advantage of it and  it can be used on older devices — even those dating back as far as Android 2.3.

The API also uses the latest version of the Safe Browsing protocol, which basically means that it acts as quickly as possible — also saving on cellular data. Apps using the API are able to specify exactly which threats to avoid — malware, phishing, or both.

Christian de Looper
Christian de Looper is a long-time freelance writer who has covered every facet of the consumer tech and electric vehicle…
Google launches Switch to Android app to chirping crickets
Switch to Android app displaying Step 2 of 4 for transferring data from iPhone to new Android device.

Google has quietly launched the Switch to Android app on the App Store to the sound of chirping crickets. As reported by TechCrunch, the tech giant rolled out the app on Monday to make it easier for users who want to switch to an Android device, whether they want to try out Android for the first time or they just miss having one of the best Android phones in their hand. It was a quiet launch, so nobody paid any mind to it -- until now.

The Switch to Android website gives you steps on how to copy all the data in your iPhone -- contacts, photos, videos, calendar events, etc. -- and send them to the new Android device of your choice. It also instructs you to turn off iMessage, so you'll be able to see important text messages once you open your new device, and request Apple to transfer a copy of your data from iCloud. The app works in a similar manner to Move to iOS, which Apple launched in 2015 to ease users' transition from Android to iPhone.

Read more
From Android 1.0 to Android 10, here’s how Google’s OS evolved over a decade
Android

 

The smartphone has come a long way since the first iPhone launched in 2007. While Apple's iOS is arguably the world's first smartphone operating system, Google's Android is by far the most popular. Android has evolved significantly since first being released on an HTC-made T-Mobile device in 2008. Android was created in 2003 by Andy Rubin, who first started developing an OS for digital cameras. Soon, he realized that the market for digital camera operating systems perhaps wasn't all that big, and Android, Inc. diverted its attention toward smartphones.

Read more
Cost-cutting strips Pixel 9a of the best Gemini AI features in Pixel 9
Person holds Pixel 9a in hand while sitting in a car.

The Pixel 9a has been officially revealed, and while it's an eye candy, there are some visible cutbacks over the more premium Pixel 9 and 9 Pro series phones. The other cutbacks we don't see include lower RAM than the Pixel 9 phones, which can limit the new mid-ranger's ability to run AI applications, despite running the same Tensor G4 chipset.

Google's decision to limit the RAM to 8GB, compared to the 12GB on the more premium Pixel 9 phones, sacrifices its ability to run certain AI tasks locally. ArsTechnica has reported that as a result of the cost-cutting, Pixel 9a runs an "extra extra small" or XXS variant -- instead of the "extra small" variant on Pixel 9 -- of the Gemini Nano 1.0 model that drives on-device AI functions.

Read more