In bring-your-own-device (BYOD) and corporate-owned, personally enabled (COPE) scenarios, employees\u27 devices store both enterprise and personal data, and have the ability to remotely access a secure enterprise network. While mobile devices enable users to access such resources in a pervasive manner, it also increases the risk of breaches for sensitive enterprise data as users may access the resources under insecure circumstances. That is, access authorizations may depend on the context in which the resources are accessed. In both scenarios, it is vital that the security of accessible enterprise content is preserved. In this work, we explore the use of contextual information to influence access control decisions within context-aware syste...
Abstract. As mobile computing continues to rise, users are increasingly able to connect to remote se...
Mobile devices are used in a variety of different situations, for example at work, at home, or while...
We present ConXsense, the first framework for context-aware access control on mobile devices based o...
In bring-your-own-device (BYOD) and corporate-owned, personally enabled (COPE) scenarios, employees’...
Advances in technology and wide scale deployment of networking enabled portable devices such as smar...
With the increasing popularity of personal mobile devices like smartphones, more and more ordinary u...
In this paper, we present the design and implementation of ConXsense, a framework utilizing context ...
Strong security for mobile devices plays an increasingly important role in protecting sensitive data...
The sensors of a context-aware system extract contextual information from the environment and relay ...
With the increasing popularity of personal mobile devices like smartphones, more and more ordinary u...
The popularity of smart mobile devices, initiatives such as "bring your own device", and the increas...
The popularity of smart mobile devices, initiatives such as "bring your own device", and the increas...
As a result of several attractive features of mobile devices (portability and access to voice and d...
AbstractSignificant advancement in mobile devices coupled with high speed networks have shifted pers...
Abstract. As mobile computing continues to rise, users are increasingly able to connect to remote se...
Abstract. As mobile computing continues to rise, users are increasingly able to connect to remote se...
Mobile devices are used in a variety of different situations, for example at work, at home, or while...
We present ConXsense, the first framework for context-aware access control on mobile devices based o...
In bring-your-own-device (BYOD) and corporate-owned, personally enabled (COPE) scenarios, employees’...
Advances in technology and wide scale deployment of networking enabled portable devices such as smar...
With the increasing popularity of personal mobile devices like smartphones, more and more ordinary u...
In this paper, we present the design and implementation of ConXsense, a framework utilizing context ...
Strong security for mobile devices plays an increasingly important role in protecting sensitive data...
The sensors of a context-aware system extract contextual information from the environment and relay ...
With the increasing popularity of personal mobile devices like smartphones, more and more ordinary u...
The popularity of smart mobile devices, initiatives such as "bring your own device", and the increas...
The popularity of smart mobile devices, initiatives such as "bring your own device", and the increas...
As a result of several attractive features of mobile devices (portability and access to voice and d...
AbstractSignificant advancement in mobile devices coupled with high speed networks have shifted pers...
Abstract. As mobile computing continues to rise, users are increasingly able to connect to remote se...
Abstract. As mobile computing continues to rise, users are increasingly able to connect to remote se...
Mobile devices are used in a variety of different situations, for example at work, at home, or while...
We present ConXsense, the first framework for context-aware access control on mobile devices based o...