Abstract: A method and system for controlling admission of new nodes to a secured conference combines transport layer security mechanism and application layer certificate exchange. A new node that is not directly connected to the top provider of the conference sends a request to join the conference and a certification identifying itself to a first conference node connected to the top provider. The first node performs transport level authentication of the new node, and then forwards the request and certificate of the new node on an application level to the top provider. The top provider verifies the identity of the new node based on the certificate. If the new node is allowed to join the conference, the top provider updates a list of conference participants and makes the certificate of the new node available to other conference nodes so that they can also verify the identity of the new node.

Abstract: Collateral content editor functionality may be provided to an electronic message application such that an electronic message interface includes an integrated collateral content editor interface for creating formatted and editable collateral content in-line within the body of an electronic message. The collateral content may be converted into a standard-format file that describes the formatting and defines the editable data elements (e.g., an HTML file with embedded XML data). In response to a send message command, the standard-format file may be delivered as an attachment to the electronic message. At the receiving end, it may be determined whether the electronic message application can invoke collateral content editor functionality compatible with the native file format. If so, the compatible collateral content editor functionality is invoked to convert the attachment into the native file format and to display the formatted and editable data elements inline within the body of the electronic message.

Abstract: A computer-implemented method and system for displaying data from a plurality of sources within a single user interface. The method and system improves upon existing GUIs by presenting content from a plurality of software applications or other data sources simultaneously within a single user interface. The method and system can continuously poll other applications and data sources to update the data displayed in the user interface. The method and system can also receive pushed data from other applications and data sources. The user interface can be displayed simultaneously with the GUI of another application. The user interface allows a user to monitor content from several different software applications while working in a distinct software application.