Your Retention Marketing To-Do’s For Each Customer Loyalty SegmentAVARI
The RetentionGrid application makes the segmentation of your customers easy; we give you insights into your customer buying behavior and help you target individual customers or segments.
Because each segment behaves different than the other, it needs to be approached differently to optimize customer response. This slide deck contains ideas for retention marketing activities to-do by segment. We'll guide you through it step by step.
Optimize the way you engage your customers and keep them coming back!
Your Retention Marketing To-Do’s For Each Customer Loyalty SegmentAVARI
The RetentionGrid application makes the segmentation of your customers easy; we give you insights into your customer buying behavior and help you target individual customers or segments.
Because each segment behaves different than the other, it needs to be approached differently to optimize customer response. This slide deck contains ideas for retention marketing activities to-do by segment. We'll guide you through it step by step.
Optimize the way you engage your customers and keep them coming back!
Les sites d'études du paludisme: intérêts et inconvénients - Présentation de la 4e édition du Cours international « Atelier Paludisme » - Issoufaly BALISON - Médecin - Ministère de la Santé et du Planning Familial - Chef de Division Maladies Transmissibles - Région SAVA - Madagascar
Les sites d'études du paludisme: intérêts et inconvénients - Présentation de la 4e édition du Cours international « Atelier Paludisme » - Issoufaly BALISON - Médecin - Ministère de la Santé et du Planning Familial - Chef de Division Maladies Transmissibles - Région SAVA - Madagascar
Android OS Security: Risks and Limitations. AISEC Technical ReportFraunhofer AISEC
The number of Androidbased
smartphones is growing rapidly. They are increasingly
used for securitycritical
private and business applications, such as online
banking or to access corporate networks. This makes them a very valuable target
for an adversary. Up to date, significant or largescale
attacks have failed,
but attacks are becoming more sophisticated and successful. Thus, security is of
paramount importance for both private and corporate users. In this paper, we
give an overview of the current state of the art of Android security and present
our extensible automated exploit execution framework. First, we provide a summary
of the Android platform, current attack techniques, and publicly known
exploits. Then, we introduce our extensible exploit execution framework which
is capable of performing automated vulnerability tests of Android smartphones.
It incorporates currently known exploits, but can be easily extended to integrate
future exploits. Finally, we discuss how malware can propagate to Android smartphones
today and in the future, and which possible threats arise. For example,
devicetodevice
infections are possible if physical access is given.
An Antivirus API for Android Malware Recognition Fraunhofer AISEC
In this talk, given at the 8th International Conference on Malicious and Unwanted Software (MALWARE 2013), researchers from Fraunhofer AISEC present their paper "An Antivirus API for Android Malware Recognition".
The proposed API, if added to the main Android distribution or to third-party distributions such as Cyanogenmod, would significantly increase the effectiveness that antivirus software can achieve on Android. Currently, antivirus software on Android is very limited in its capabilities and very easy to circumvent for malware, as demonstrated by our previous work -> http://ais.ec/techreport - ON THE EFFECTIVENESS OF MALWARE PROTECTION ON ANDROID,
AN EVALUATION OF ANDROID ANTIVIRUS APPS by Rafael Fedler. These platform-based antivirus shortcomings are addressed by the paper presented in this talk.
Native Code Execution Control for Attack Mitigation on AndroidFraunhofer AISEC
In this talk, researchers from Fraunhofer AISEC demonstrate how Android can be made immune against all current local root exploits. The techniques detailed in this talk significantly raise the hurdles for successful potent attacks on Android devices and strongly limit the capabilities of malware. Currently, any app with Internet access can download code via the network at runtime and execute it, without the user or the system noticing. This includes malicious code such as root exploits. These flaws are addressed by the paper presented in this talk, entitled "Native Code Execution Control for Attack Mitigation on Android". The presentation was given at the 3rd Annual Workshop on Security and Privacy in Smartphones and Mobile Devices (SPSM'13), colocated with the ACM Conference on Computer and Communications Security 2013 (CCS'13) in Berlin, Germany.
If you are interested in our techreport "On the Effectiveness of Malware Protection on Android" please visit http://ais.ec/techreport