The number of applications (apps) available for smart devices or Android based IoT (Internet
of Things) has surged dramatically over the past few years. Meanwhile, the volume of ill …

Security researchers utilize taint analyses to uncover suspicious behaviors in Android apps.
Current static taint analyzers cannot handle ICC, reflection, and lifecycles dependably …

Bytecode-level taint tracking discovers suspicious apps on the Android platform; however,
malicious apps can bypass it by transferring information via system layers in the Android. A …

Taint analyses, especially static taint analyses, are utilized to uncover hidden and
suspicious behaviors in Android apps. However, current static taint analyzers use imprecise …

Android security researchers utilize taint analysis to uncover apps' bugs and policy-violating
behaviors. However, the investigations are unsafe because current taint trackers can be …

Android has become the dominant operating system for portable devices, making it a
valuable asset that needs protection. Though Android is very popular; it has several …

Dynamic Taint Analysis (DTA) technique has been developed for analysis and
understanding behavior of Android applications and privacy policy enforcement. Meanwhile …

Previous studies have demonstrated that privacy issues in mobile apps often stem from the
integration of third-party libraries (TPLs). To shed light on factors that contribute to these …

Android OS started with version 1.0, released in 2008, and currently has 70% of the mobile
OS market share in 2023 [1]. Android OS became the most popular mobile OS in the world …

The present application discloses a vulnerability detection method and apparatus, an
electronic device and a storage medium, and relates to the field of vulnerability processing …