Method for using self-help technology to deliver remote enterprise support

• US 7,143,415 B2
• Filed: 08/22/2002
• Issued: 11/28/2006
• Est. Priority Date: 08/22/2002
• Status: Active Grant

• Current Assignee: Hewlett Packard Enterprise Development LP (Hewlett-Packard Enterprise Company)
• Original Assignee: Hewlett-Packard Development Company, L.P. (HP Inc.)
• Inventors: Horn, Kimberly C., Mayott, Stewart W., Connelly, Jon Christopher, Loy, Eric William, Carr, Adam Michael
• Primary Examiner(s): Thomson, William
• Assistant Examiner(s): Truong, Lechi
• Application Number:
  US10/226,514
• Publication Number:
  US 20040039805A1
• Time in Patent Office: 1,559 Days
• Field of Search: 719/310, 714/46
• US Class Current: 719/310
• CPC Class Codes: G06Q 30/02 Marketing; Price estimation or determination; Fundraising

Abstract

In a service-based remote support delivery system and method, service engineers supported by an analysis server receive incident reports from both personal computers and from unmanned servers within an enterprise. The incidents arise both from user-created reports of problems, from event annunciators that monitor hardware and software to report events as they occur, and from the periodic gathering of configuration data. These incident reports are combined with host information and contact information and are transmitted to the analysis server.

Claims

1. An apparatus for delivering remote enterprise support comprising:

a user interface that accepts information defining requests for assistance or reports of problems from users;

an event handler that accepts information defining reports of events from annunciators and/or investigators associated with hardware and/or software;

a source of configuration and contact information relating to unmanned computers or nodes as well as to manned computers;

an incident management system communicatively connected to the user interface, the event handler, and the source of configuration and contact information, wherein the incident management system uniformly combines and conveys and manages all of this information, making it available to service personnel,

wherein the source of configuration and contact information is obtained by scripts which are configured to run periodically on the unmanned computers, the manned computers and the nodes, irrespective as to whether or not any fault conditions are detected to exist on the unmanned computers, the manned computers, and the nodes;

a plurality of content servers;

a first load balancer that is communicatively connected to the plurality of content servers and that is communicatively connected to receive the uniformly combined and conveyed information output by the incident management system, as well as other uniformly combined and conveyed information output by other incident management systems, and that performs load balancing on all of the uniformly combined and conveyed information so as to not overload any of the plurality of content servers that perform further processing on that information;

a second load balancer communicatively connected to receive data output by the plurality of content servers; and

a plurality of analyst servers communicatively connected to the second load balancer,

wherein the second load balancer performs load balancing on data output by the plurality of content servers and that only outputs incident report data of the data output by the plurality of content servers to the plurality of analyst servers, the plurality of analyst servers performing analysis on the data output by the plurality of content servers.

2. An apparatus in accordance with claim 1 which further comprises:

a parser that parses the combined information to make it more readily manageable, the parser governed by a data structure definition that reflects the structure of all the varying types of information combined.

3. An apparatus in accordance with claim 1 which further comprises:

wherein the scripts are configured to gather configuration data and to submit the configuration data as part of the uniformly combined and conveyed information to aid service personnel.

4. An apparatus in accordance with claim 3 wherein the incident management system further comprises:

an adapter that channels the configuration data to a configuration database accessible to service personnel.

5. A method for delivering remote enterprise support comprising:

accepting from users requests for assistance or reports of problems;

accepting from annunciators and/or investigators associated with hardware and/or software information defining events;

gathering configuration and contact information relating to both unmanned and manned computers;

uniformly collecting, combining, conveying, and managing information resulting from the accepting steps, combining it with the gathered information, and making it available to service personnel,

wherein the gathering step is obtained by scripts which are configured to run periodically on the unmanned computers or nodes, irrespective as to whether or not any fault conditions are detected to exist on the unmanned computers and the manned computers; and

receiving the uniformly combined and conveyed information output by an incident management system, as well as other uniformly combined and conveyed information output by other incident management systems, and performing first load balancing on all of the uniformly combined and conveyed information so as to not overload any of a plurality of content servers that perform further processing on that information;

performing second load balancing on data output by the plurality of content servers; and

outputting only incident report data of the data output by the plurality of content servers to a plurality of analyst servers, the plurality of analyst servers performing analysis on the data output by the plurality of content servers.

6. A method in accordance wit claim 5 further comprising:

parsing the combined information to make it more readily manageable, the parsing governed by a data structure definition that reflects the structure of all the varying types of information.

7. A method in accordance with claim 5 further comprising:

wherein the scripts periodically gather configuration data and submit it as part of the combined information to aid service personnel.

8. A method in accordance with claim 7 further comprising:

intercepting such configuration information and placing it into a configuration database accessible to service personnel.

9. An apparatus for delivering remote enterprise support comprising:

user interface means for accepting requests for assistance or reports of problems from users;

event handler means for accepting reports of events from annunciators and/or investigators associated with hardware and/or software;

means for providing configuration and contact information relating to unmanned computers or nodes as well as to manned computers;

incident management means for uniformly combining and conveying and managing all of this information, making it available to service personnel, wherein the means for providing configuration and contact information includes scripts which are configured to run periodically on the unmanned computers, the manned computers and the nodes, irrespective as to whether or not any fault conditions are detected to exist on the unmanned computers, the manned computers, and the nodes;

a plurality of content servers;

first load balancing means communicatively connected to receive the uniformly combined and conveyed information output by the apparatus, as well as other uniformly combined and conveyed information output by other apparatuses, and that performs load balancing on all of the uniformly combined and conveyed information so as to not overload any of the plurality of content servers that perform further processing on that information; and

second load balancing means that performs load balancing on data output by the plurality of content servers and that only outputs incident report data of the data output by the plurality of content servers to a plurality of analyst servers, the plurality of analyst servers performing analysis on the data output by the plurality of content servers.