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 …

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 …

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

Privacy inference attacks based on sensor data is an emerging and severe threat on smart
devices, in which malicious applications leverage data from innocuous sensors to infer …

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 …

Android, iOS, and Windows 8 are changing the application architecture of consumer
operating systems. These new architectures required OS designers to rethink security and …

System designers have long struggled with the challenge of determining how to control
when untrusted applications may perform operations using privacy-sensitive sensors …

Mobile sensors have transformed how users interact with modern smartphones and
enhance their overall experience. However, the absence of sufficient access control for …

Millions of users rely on mobile health (mHealth) apps to manage their wellness and
medical conditions. Although the popularity of such apps continues to grow, several privacy …

The proliferation of mobile computing devices has enabled immense opportunities for
everyday users. At the same time, however, this has opened up new, and perhaps more …