Sensors are widely used in modern mobile devices (eg, smartphones, watches) and may
gather abundant information from environments as well as about users, eg, photos, sounds …

The current Android sensor security model either allows only restrictive read access to
sensitive sensors (eg, an app can only read its own touch data) or requires special install …

Many apps performing security-sensitive tasks (eg, online banking) attempt to verify the
integrity of the device they are running in and the integrity of their own code. To ease this …

While mobile sensing applications are booming, the sensor management mechanisms in
current smartphone operating systems are left behind--they are incomprehensive and …

Android shared storage is shared with all the applications (apps for short) and the user. It is
common to see that a large amount of apps store different kinds of files on it. It is well known …

The current Android sensor security model either allows only restrictive read access to
sensitive sensors (eg, an app can only read its own touch data) or requires special install …

Modern mobile devices store and process an abundance of data. Although many users
consider some of this data as private, they do not yet obtain satisfactory support for …

Android offers a shared system that multiplexes all logged data from all system components,
including both the operating system and the console output of apps that run on it. A security …

Android has become the leading smartphone platform with hundreds of devices from various
manufacturers available on the market today. All these phones closely resemble each other …

As Android becomes popular, Android security acquires more and more attentions. This
paper proposes a new system design strategy for dissemination of high fidelity applications …