Remote monitoring of computer devices

• US 7,702,763 B2
• Filed: 07/31/2002
• Issued: 04/20/2010
• Est. Priority Date: 07/31/2001
• 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: Sparkes, Andrew Michael, Watkins, Mark Robert, Slater, Alastair Michael
• Primary Examiner(s): NGUYEN, THANH T
• Application Number:
  US10/207,802
• Publication Number:
  US 20030028829A1
• Time in Patent Office: 2,820 Days
• Field of Search: 709/224, 709/223, 370/249, 340/557, 340/539, 340/525
• US Class Current: 709/223
• CPC Class Codes: H04B 1/74 for increasing reliability, e.g. using redundant or spare channels or apparatus replacing by standby devices for amplifiers H03F1/52, H03F1/542

Abstract

A management data distribution apparatus has, a control unit, a buffer memory element, at least one input port, and a telecommunications output. The at least one input port is arranged to receive management data from devices located within a network and to pass the management data to the control unit. The control unit is arranged to control output of the management data via the telecommunications output to a remote monitoring site over a telecommunications network. The control unit is also arranged to store management data arriving at the at least one input port when the said telecommunications output is in use in the buffer memory element, temporarily.

Claims

1. A management data distribution apparatus comprising:

a control unit;

a buffer memory element;

at least one input port;

a telecommunications output;

said at least one input port being arranged to receive management data from a plurality of devices located within a network and to pass said management data to said control unit, said management data comprising status data of the devices to enable diagnostics of the devices, said control unit being arranged (i) to control output of said management data via said telecommunications output to a selected one of plural remote monitoring sites over a telecommunications network different from said network and (ii) to temporarily store management data arriving at said at least one input port in said buffer memory element when said telecommunications output is in use,

wherein said control unit is arranged to selectively connect said telecommunications output, via the telecommunications network, to different remote monitoring sites based on the management data received from different said devices, respectively; and

said telecommunications output is arranged to be operable at any one time to link said management data distribution apparatus to only one of said remote monitoring sites via said telecommunications network depending on the management data received from a corresponding one of said devices.

2. Apparatus as claimed in claim 1 wherein said buffer memory element is arranged to store said management data in a first in first out queuing arrangement.

3. Apparatus as claimed in claim 2 wherein said buffer memory element is arranged to output said management data via the telecommunications output when said telecommunications output is available for use.

4. Apparatus as claimed in claim 1 wherein said buffer memory element is arranged to output said management data via the telecommunications output when said telecommunications output is available for use.

5. Apparatus as claimed in claim 1 further comprising a logging device arranged to record details of said management data received at said at least one input port.

6. Apparatus as claimed in claim 5 wherein said logging device is further arranged to record details of said management data output at said telecommunications output.

7. An apparatus as claimed in claim 1, wherein said control unit is arranged to

temporarily store the management data in association with a telephone number of said selected remote monitoring site;

and

dial the telephone number to connect to said selected remote monitoring site when said telecommunications output is available for transmission of the temporarily stored management data.

8. An apparatus as claimed in claim 1, wherein said control unit is arranged to

append a telephone number of said selected remote monitoring site to the management data being temporarily stored;

and

extract the telephone number from the temporarily stored management data, then dial the extracted telephone number to connect to said selected remote monitoring site when said telecommunications output is available for transmission of the temporarily stored management data.

9. A data center comprising:

a plurality of data storage devices;

a management data distribution apparatus including;

a control unit,

a buffer memory element,

at least one input port, and

a telecommunications output port; and

a network including said data storage devices and said distribution apparatus;

said at least one input port being arranged to receive management data relating to said data storage devices and to pass said management data to said control unit, said management data comprising status data of the data storage devices to enable diagnostics of the data storage devices, said control unit being arranged (i) to output said management data via said telecommunications output port to a selected one of plural remote monitoring sites over a telecommunications network different from said network and (ii) to temporarily store management data arriving at said at least one input port in said buffer memory element when said telecommunications output port is in use,

wherein said control unit is arranged to selectively connect said telecommunications output port, via the telecommunications network, to different remote monitoring sites based on the management data received from different said data storage devices, respectively; and

said telecommunications output port is arranged to be operable at any one time to link said management data distribution apparatus to only one of said remote monitoring sites via said telecommunications network depending on the management data received from a corresponding one of said data storage devices.

10. A data center as claimed in claim 9 wherein said buffer is arranged to store said management data in a first in first out queuing arrangement.

11. A data center as claimed in claim 9 wherein the management data distribution apparatus further includes a logging device arranged to record details of said management data entering said data management apparatus via said input port.

12. A data center as claimed in claim 9 wherein said management data distribution apparatus further includes a logging device arranged to record details of said management data exiting said data management apparatus via said telecommunications output.

13. A data center as claimed in claim 9 wherein said management data distribution apparatus further includes a monitor arranged to monitor at least one parameter indicative of the status of at least one data storage device of said data center.

14. A data center as claimed in claim 13 wherein said management data distribution apparatus further includes a logging device arranged to record said at least one parameter indicative of the status of said at least one data storage device of said data center.

15. A data center as claimed in claim 14 wherein said logging device includes at least one of the following:

a hard disc, an optical disc, any other suitable on-line storage device.

16. A data center as claimed in claim 15 wherein the logging device of said management data distribution apparatus includes a plurality of discs arranged in a fault tolerant RAID configuration.

17. A data center as claimed in claim 9 wherein said management data distribution apparatus includes an input arranged to enable configuration data to be uploaded into said apparatus.

18. A data center as claimed in claim 9 wherein said telecommunications output port is at least one of:

a permanently open telephone line;

a telephone line which is temporarily operable to communicate management data from said management distribution data apparatus to said remote monitoring site.

19. A data center as claimed in claim 9 wherein said apparatus includes fewer telecommunications outputs than the number of said data storage devices connected to said apparatus.

20. A data center as claimed in claim 19 wherein the number of said outputs is less than any one of the following percentages of the number of said data storage devices connected to said apparatus:

90%, 75%, 50%, 33%, 25%, 15%, 10%, 5%, 1%.

21. A data center as claimed in claim 9 wherein said telecommunications output port is arranged to communicate with the remote monitoring site over a public switched telecommunications network (PSTN), a public switched data network (PSDN) or an integrated services digital network (ISDN).

22. A data center as claimed in claim 9 wherein

said network is arranged within a firewall;

and

said control unit is arranged to output said management data via said telecommunications output port without any connection to the outside of the firewall, thereby increasing redundancy of system components without compromising data integrity and security, while reducing the number of possible points of attack.

23. A wide area network (WAN) including a data center comprising:

a plurality of data storage devices;

a management data distribution apparatus including;

a control unit,

a buffer memory element,

at least one input port, and

a telecommunications output port; and

a network connecting said data storage devices and said distribution apparatus;

said at least one input port being arranged to receive management data relating to at least one of said data storage devices and to pass said management data to said control unit, wherein the management data includes status information of the at least one data storage device to enable diagnostics of the at least one data storage device, said control unit being arranged (i) to output said management data via said telecommunications output port to a selected one of plural remote monitoring sites over a telecommunications network different from said network and (ii) to temporarily store management data arriving at said at least one input port in said buffer memory element when said telecommunications output port is in use,

wherein said control unit is arranged to selectively connect said telecommunications output port, via the telecommunications network, to different remote monitoring sites based on the management data received from different said data storage devices, respectively; and

said telecommunications output port is arranged to be operable at any one time to link said management data distribution apparatus to only one of said remote monitoring sites via said telecommunications network depending on the management data received from a corresponding one of said data storage devices.

24. A WAN as claimed in claim 23 wherein said management data distribution apparatus includes a number of telecommunications outputs, the number of outputs being less than one of the following percentages of the number of the data storage devices connected to said apparatus:

90%, 75%, 50%, 33%, 25%, 15%, 10%, 5%, 1%.

25. A method of retrofitting a management data distribution apparatus, said management data distribution apparatus comprising:

a control unit;

a buffer memory element;

at least one input port;

a telecommunications output;

said at least one input port being arranged to receive management data from a plurality of network devices located within a network and to pass said management data to said control unit, said control unit being arranged (i) to control output of said management data via said telecommunications output to one of plural remote monitoring sites over a telecommunications network different from said network and (ii) to temporarily store said management data in said buffer memory element when said telecommunications output is in use;

said method comprising;

connecting said management data distributing apparatus to said network via said input port; and

selectively connecting said management data distribution apparatus to one of said remote monitoring sites via said telecommunications network and said telecommunications output, depending on the received management data being currently outputted,

wherein the selectively connecting comprises;

selecting one of the remote monitoring sites to be connected from a list of multiple remote monitoring sites, dependent upon which network device said received management data relates to;

contacting said selected remote monitoring site via a single telecommunications link defined by said telecommunications output and telecommunications network;

repeating said selecting and contacting steps for any management data temporarily stored when said telecommunications output is available for use.

26. The method as claimed in claim 25, wherein the management data comprises status information of the network devices to enable diagnostic of the network devices.