Communicating mobile security threats and best practices has become a central objective
due to the ongoing discovery of new vulnerabilities of mobile devices. To cope with this …

Smart home technologies have attracted more users in recent years due to significant
advancements in their underlying enabler components, such as sensors, actuators, and …

Sensor-enabled computers in the form of'IoT'devices such as home security cameras and
voice assistants are increasingly becoming pervasive in our environment. With the …

IoT devices no longer affect single users only because others like visitors or family members-
denoted as bystanders-might be in the device's vicinity. Thus, data about bystanders can be …

Although media reports often warn about risks associated with using privacy-threatening
technologies, most lay users lack awareness of particular adverse consequences that could …

Most smart home devices have multiple sensors, such as cameras and microphones;
however, most cannot be controlled individually. Tangible privacy mechanisms provide …

Using networks of Internet-connected sensors, the Internet of Things (IoT) makes
technologies “smart” by enabling automation, personalization, and remote control. At the …

In today's Internet reliant services, the issue of users' information privacy awareness is being
raised. Despite the fact that in many cases internet users claim to be cognizant of privacy …

As ubiquitous computing brings sensors and actuators directly into our homes, they
introduce privacy concerns for the owners and bystanders. However, privacy concerns may …

The H2020 European research project GHOST-Safe-Guarding Home IoT Environments with
Personalised Real-time Risk Control-aims to deploy a highly effective security framework for …