Real-time privacy-preserving cobrowsing with element masking

A Device Independent Platform for Synchronous Internet of Things Collaboration and Mobile Devices Screen Casting

“…The deterrents that should be overcome in module less intuitive cobrowsing incorporate managing treats, page personalization, login sessions, or solicitations for validation while managing the solid safety efforts and certainty prerequisites given by both the working framework and the web program (with most essential security impediment being "A similar inception strategy". In customer server based cobrowsing framework an answer has been proposed in [14] by empowering the client to control which web application information is proliferated and to authorize security strategies upon private information inside a cobrowse session.…”

Enriching shopping experiences with pervasive displays and smart things

“…In many cobrowsing implementations, a dedicated proxy server is utilized to distribute the Web page content between the Session Creator and the Session Participants [10]. This is a suitable architecture for our retail scenario, especially as the proxy server can be allocated in the Cloud close to the application server.…”

“…Furthermore, they require storing all private information occurring in a cobrowsing session, such as customer details, on the cobrowsing server, which is not desired. To cope with these insufficiencies, we have developed a new architecture and method called "Privacy Preserving Cobrowsing" (see Figure 3) [10]. In this architecture, there is no proxy between the Web service and the Session Creator (e.g.…”