Abstract: The disclosed technology offers methods of updating a data cube of samples and a display on a client device with a processor. The method provides GUI clients to computer devices; receives initial reports of sample values organized by sampled computing device and sampled aspect of operations, and identified by group membership and super-group membership; receives, from the devices, samples that update reports of sampled aspects of operations; and pushes updated reports to the GUI clients. The GUI clients calculate and update group and super-group aggregate operational status; and display a hierarchical representation of the aggregate operational status of the super-groups and groups and of the operational status of the computing devices, based on the sample values, in real or near real time, as received samples reach the clients. The operator viewing the display of the hierarchical representation is notified of operational aspects that require close monitoring or immediate remedial attention.

Abstract: The disclosed technology offers methods of updating a data cube of samples and a display on a client device with a processor. The method provides GUI clients to computer devices; receives initial reports of sample values organized by sampled computing device and sampled aspect of operations, and identified by group membership and super-group membership; receives, from the devices, samples that update reports of sampled aspects of operations; and pushes updated reports to the GUI clients. The GUI clients calculate and update group and super-group aggregate operational status; and display a hierarchical representation of the aggregate operational status of the super-groups and groups and of the operational status of the computing devices, based on the sample values, in real or near real time, as received samples reach the clients. The operator viewing the display of the hierarchical representation is notified of operational aspects that require close monitoring or immediate remedial attention.

Abstract: The disclosed technology offers methods of updating a data cube of samples and a display on a client device with a processor. The method provides GUI clients to computer devices; receives initial reports of sample values organized by sampled computing device and sampled aspect of operations, and identified by group membership and super-group membership; receives, from the devices, samples that update reports of sampled aspects of operations; and pushes updated reports to the GUI clients. The GUI clients calculate and update group and super-group aggregate operational status; and display a hierarchical representation of the aggregate operational status of the super-groups and groups and of the operational status of the computing devices, based on the sample values, in real or near real time, as received samples reach the clients. The operator viewing the display of the hierarchical representation is notified of operational aspects that require close monitoring or immediate remedial attention.

Abstract: The disclosed technology offers methods of updating a data cube of samples and a display on a client device with a processor. The method provides GUI clients to computer devices; receives initial reports of sample values organized by sampled computing device and sampled aspect of operations, and identified by group membership and super-group membership; receives, from the devices, samples that update reports of sampled aspects of operations; and pushes updated reports to the GUI clients. The GUI clients calculate and update group and super-group aggregate operational status; and display a hierarchical representation of the aggregate operational status of the super-groups and groups and of the operational status of the computing devices, based on the sample values, in real or near real time, as received samples reach the clients. The operator viewing the display of the hierarchical representation is notified of operational aspects that require close monitoring or immediate remedial attention.

Abstract: Methods and system for cost-based email routing is provided. Such methods and systems can route high volume of email messages with improved email throughput. Such methods and systems may involve a variety of components, for example, at least one email data store for receiving, storing, and sending high volume of email message, a plurality of mail servers for routing email messages to their recipient domains based through a lowest cost associated with sending high volume of email messages to their recipient domains from the plurality of mail servers, and at least one email processing module for measuring the cost associated with sending each email messages to its recipient domain from each of the plurality of mail servers.

Abstract: Methods and system for cost-based email routing is provided. Such methods and systems can route high volume of email messages with improved email throughput. Such methods and systems may involve a variety of components, for example, at least one email data store for receiving, storing, and sending high volume of email message, a plurality of mail servers for routing email messages to their recipient domains based through a lowest cost associated with sending high volume of email messages to their recipient domains from the plurality of mail servers, and at least one email processing module for measuring the cost associated with sending each email messages to its recipient domain from each of the plurality of mail servers.

Abstract: Systems, methodologies, media, computing devices, and other embodiments associated with dynamic documentation are described. One exemplary system embodiment can include a dynamic documentation system configured to dynamically generate a document using a skeleton document that includes references to content. The document can be generated by using the skeleton document and retrieving the referenced content to form a final document.