Abstract: A security protocol that dynamically implements enhanced mount security of a filesystem when access to sensitive files on a networked filesystem is requested. When the user of a client system attempts to access a specially-tagged sensitive file, the server hosting the filesystem executes a software code that terminates the current mount and re-configures the server ports to accept a re-mount from the client via a more secure port. The server re-configured server port is provided the IP address of the client and matches the IP address during the re-mount operation. The switch to a secure mount is completed in a seamless manner so that authorized users are allowed to access sensitive files without bogging down the server with costly encryption and other resource-intensive security features. No significant delay is experienced by the user, while the sensitive file is shielded from un-authorized capture during transmission to the client system.

Abstract: A method, system and telephone answering device for processing control scripts attached to voice messages provides a mechanism by which a caller can leave an interactive list of contact information. The scripts provide for control of a display and input responses from a keypad or other input device so that an entry on the contact information list can be activated in response to user input, thus returning the call. The list information displayed may be arbitrary textual associations with the underlying contact number. The contact information may also include e-mail addresses, so that activation of an e-mail list element will activate a text messaging service, if available. For wireless telephone devices, the method implementing the present invention may be operable at the service provider only, so that standard wireless telephones may be programmed to provide the interactive list from a provider-side interpretation of the scripts.

Abstract: A security protocol that dynamically implements enhanced mount security of a filesystem when access to sensitive files on a networked filesystem is requested. When the user of a client system attempts to access a specially-tagged sensitive file, the server hosting the filesystem executes a software code that terminates the current mount and re-configures the server ports to accept a re-mount from the client via a more secure port. The server re-configured server port is provided the IP address of the client and matches the IP address during the re-mount operation. The switch to a secure mount is completed in a seamless manner so that authorized users are allowed to access sensitive files without bogging down the server with costly encryption and other resource-intensive security features. No significant delay is experienced by the user, while the sensitive file is shielded from un-authorized capture during transmission to the client system.