Abstract: Disclosed herein are systems, methods, and software for facilitating enhanced views of information management applications. In an implementation, a suitable computing system or systems presents a link to a dynamic menu within a perspective of an active module of various modules in an information management application. In response to an indication of interest generated with respect to the link, the computing system presents the dynamic menu which includes various dynamic icons. Each of the icons provides update information and a link associated with a corresponding module of the various modules in the information management application.

Abstract: Techniques are described that enable enterprise management of public instant message (IM) communications. When a user requests a connection with a public IM service, the connection request is redirected to a gateway server that is associated with a domain specified in the user's user ID. The gateway server acts as a pass through server between the user's IM client application and the public IM service. The gateway server may be configured to log IM communications in which the user participates. The gateway server may also be configured to control whether or not the user is able to participate in point-to-point communications through the user's IM client application. An enterprise routing server may also be implemented in a geo-distributed enterprise to route a redirected public IM connection request to an enterprise IM gateway server based on a geographic location associated with the user.

Abstract: Techniques are described that enable enterprise management of public instant message (IM) communications. When a user requests a connection with a public IM service, the connection request is redirected to a gateway server that is associated with a domain specified in the user's user ID. The gateway server acts as a pass through server between the user's IM client application and the public IM service. The gateway server may be configured to log IM communications in which the user participates. The gateway server may also be configured to control whether or not the user is able to participate in point-to-point communications through the user's IM client application. An enterprise routing server may also be implemented in a geo-distributed enterprise to route a redirected public IM connection request to an enterprise IM gateway server based on a geographic location associated with the user.

Abstract: Techniques are described that enable enterprise management of public instant message (IM) communications. When a user requests a connection with a public IM service, the connection request is redirected to a gateway server that is associated with a domain specified in the user's user ID. The gateway server acts as a pass through server between the user's IM client application and the public IM service. The gateway server may be configured to log IM communications in which the user participates. The gateway server may also be configured to control whether or not the user is able to participate in point-to-point communications through the user's IM client application. An enterprise routing server may also be implemented in a geo-distributed enterprise to route a redirected public IM connection request to an enterprise IM gateway server based on a geographic location associated with the user.

Abstract: A robust device messaging framework is disclosed that enables a user to send commands to a device. A provisioning service is used to provision unique device identities and maps user web identities to device identities. The provisioning service also limits device per day provisioning attempts to limit denial of service attacks. A command service allows remote users to issue commands to a device, synchronize outgoing commands with incoming results, receive accurate feedback about whether a command was received, and maintain state information about the device. A device layer encrypts and stores device identities, authenticates itself with the command service, establishes a high-availability Internet connection to receive alerts that a command has issued, and reports results to the server-based command service.

Abstract: A robust device messaging framework is disclosed that enables a user to send commands to a device. A provisioning service is used to provision unique device identities and maps user web identities to device identities. The provisioning service also limits device per day provisioning attempts to limit denial of service attacks. A command service allows remote users to issue commands to a device, synchronize outgoing commands with incoming results, receive accurate feedback about whether a command was received, and maintain state information about the device. A device layer encrypts and stores device identities, authenticates itself with the command service, establishes a high-availability Internet connection to receive alerts that a command has issued, and reports results to the server-based command service.