Add to ORKGStatic explicit information flow analysis can help human au-ditors find malware. We propose a process for eliminating false positive flows due to imprecision in the reachability analysis: the developer provides tests cases, and only tested code is analyzed. Then, the app is instrumented so that ex-ecuting untested code terminates the app. We use abductive inference to minimize the instrumentation, and interact with the developer to ensure that only unreachable code is instru-mented. Our verification process successfully discharges 11 out of the 12 false positives in a corpus of 77 Android apps
The authors of mobile-malware have started to leverage program protection techniques to circumvent a...
An enormous number of apps have been developed for Android in recent years, making it one of the mos...
Android based Smartphone are now a day's getting more popular. With the use of Smartphone, user...
The recent past has shown that Android smartphones became the most popular target for malware author...
Similar to the PC world, the abundance of mobile malware has become a serious threat to smartphone u...
Mobile applications can access both sensitive personal data and the network, giving rise to threats ...
Mobile malware has recently become an acute problem. Existing solutions either base static reasoning...
Abstract—Android dominates the smartphone operating sys-tem market and consequently has attracted th...
Since more than 96% of mobile malware targets on Android platform, various techniques based on stati...
The widespread usage of mobile devices and their seamless adaptation to each user’s needs through us...
The increasing number of repeated malware penetrations into official mobile app markets poses a high...
International audienceAn important part of malware analysis is dynamic analysis. Dynamic analysis tr...
The usage and ownership of mobile devices is increasing globally. Our reliance on mobile devices and...
Today’s smart-phones are ubiquitous in people’s lives, collecting and storing private and confident...
An enormous number of apps have been developed for Android in recent years, making it one of the mos...
The authors of mobile-malware have started to leverage program protection techniques to circumvent a...
An enormous number of apps have been developed for Android in recent years, making it one of the mos...
Android based Smartphone are now a day's getting more popular. With the use of Smartphone, user...
The recent past has shown that Android smartphones became the most popular target for malware author...
Similar to the PC world, the abundance of mobile malware has become a serious threat to smartphone u...
Mobile applications can access both sensitive personal data and the network, giving rise to threats ...
Mobile malware has recently become an acute problem. Existing solutions either base static reasoning...
Abstract—Android dominates the smartphone operating sys-tem market and consequently has attracted th...
Since more than 96% of mobile malware targets on Android platform, various techniques based on stati...
The widespread usage of mobile devices and their seamless adaptation to each user’s needs through us...
The increasing number of repeated malware penetrations into official mobile app markets poses a high...
International audienceAn important part of malware analysis is dynamic analysis. Dynamic analysis tr...
The usage and ownership of mobile devices is increasing globally. Our reliance on mobile devices and...
Today’s smart-phones are ubiquitous in people’s lives, collecting and storing private and confident...
An enormous number of apps have been developed for Android in recent years, making it one of the mos...
The authors of mobile-malware have started to leverage program protection techniques to circumvent a...
An enormous number of apps have been developed for Android in recent years, making it one of the mos...
Android based Smartphone are now a day's getting more popular. With the use of Smartphone, user...