But iOS and Android present a number of new vectors like dynamic runtime injection, intent hijacking, and a plethora of gaps that can lead to man-in-the-middle attacks. As shown in the figure below, many of the same exploitable security issues or vulnerabilities exist in both web and mobile apps such as buffer overflows, cross-site scripting (XSS), and SQL injection (SQLi). The mobile attack surface can be broken down into four areas: data at rest on the device, data in motion transmitted between the mobile app on device and backend, functionality within the mobile app code itself, and the backend APIs and endpoints the mobile app communicates with. So we can better understand how to build secure code that will stop an attacker, let’s start with a quick view into the mobile attack surface from the point of view of an attacker. In this post we discuss the most frequent mobile app coding mistakes on iOS and Android that lead to security issues so you can build more secure apps faster with fewer security bug showstoppers. Our team at Now Secure has experience testing over a million apps over the last decade, which gives us a unique perspective on the good, the bad and the ugly when it comes to secure mobile app development and security testing. Wow, that’s pretty rough security stat to say the least! In fact, our NowSecure benchmarks show that some 85 percent of iOS and Android apps in the Apple App Store and Google Play have 1 or more security issues and bugs (i.e. In the race to get innovative new mobile apps or cool new features added to existing mobile apps out the door faster, secure coding practices in mobile app development aren’t always at the top of every developer’s list.
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