Autonomous service appliance

• US 20060015584A1
• Filed: 06/24/2005
• Published: 01/19/2006
• Est. Priority Date: 07/13/2004
• Status: Abandoned Application

• Current Assignee: Teneros Incorporated (Ongoing Operations LLC)
• Original Assignee: Teneros Incorporated (Ongoing Operations LLC)
• Inventors: Tuma, George, Gupta, Rajesh, Das, Saumitra, Ocko, Matt, Khajuria, Deepak, Purrier, John, Sukhija, Sandeep
• Application Number:
  US11/165,837
• Publication Number:
  US 20060015584A1
• Time in Patent Office: Days
• US Class Current: 709/219
• CPC Class Codes: H04L 67/51 Discovery or management thereof, e.g. service location protocol [SLP] or web services
• CPC Class Codes: H04L 69/40 for recovering from a failure of a protocol instance or entity, e.g. service redundancy protocols, protocol state redundancy or protocol service redirection management of faults, events, alarms or notifications in data switching networks H04L41/06

Abstract

A service appliance can be installed between one or more production servers running service applications and service users. In the event that a production server is unable to provide its service to users, the service appliance can transparently intervene to maintain service availibility. The service appliance is capable of providing the service using a service application that is differently configured or even a different application than the service applications of the production server. The service appliance may include hardware and/or software to monitor, repair, maintain, and update the service application and other associated software applications and components of service appliance. The service appliance may be configured to have a locked state that prevents local running of additional applications other than those provided for prior to entering the locked state, limiting local and remote user administration of and operational control of the operating system and service application.

Claims

1. A service appliance, comprising:

a network interface adapted to connect with a network including at least one production server and at least one client; and

an operating system capable of running a plurality of applications, capable of providing an interface for local user loading of additional applications, capable of providing an interface for local user keyboard input, and capable of providing local user display services;

wherein the plurality of applications includes a service application, executed on the service appliance by the operating system, that processes the network traffic to be able to transparently stand in for the at least one production server when a determination is made to failover from a production server to the service application,

wherein the service appliance is configured to have a locked state that prevents local running of additional applications other than those provided for prior to entering the locked state, limiting local and remote user administration of and operational control of the operating system and service application.

2. The service appliance of claim 1, wherein the service appliance is

configured to prevent administration and operational control of the operating system and service application by any party other than a service appliance vendor.

3. The service appliance of claim 1, wherein the service appliance is

configured to prevent local and remote administration of the operating system and service application via standard administration interfaces provided with the operating system and service application.

4. The service appliance of claim 1, wherein the service appliance is

further configured to enter the locked state during installation.

5. The service appliance of claim 1, wherein the service appliance is

further configured to enter the locked state during manufacturing.

6. The service appliance of claim 1, wherein the service application has a configuration different than a configuration of a corresponding service application of the production server.

7. The service appliance of claim 1, wherein the service application is adapted to emulate the behavior of a different service application executed by the production server.

8. The service appliance of claim 1, wherein the network interface is adapted to pass network traffic between at least one production server and at least one client system.

9. The service appliance of claim 8, wherein the network interface includes a cutover mechanism to connect at least one production server and at least one client upon detected failure of the service appliance.

10. The service appliance of claim 1, wherein at least some of the plurality of applications comprise:

logic to synchronize first service data associated with the service application with second service data associated with a second service application provided by at least one production server;

logic to monitor at least one production server; and

logic to substitute the service application of the service appliance in place of the service application of the production server in response to a determination that at least one of the production servers is in a failure condition.

11. The service appliance of claim 10, wherein the service application has a configuration different than a configuration of the second service application and the service appliance further comprises logic to configure the first data to be compatible with the second service data.

12. The service appliance of claim 10, wherein the service application and the second service application are not the same application and the service appliance further comprises logic to configure the first data to be compatible with the second service data.

13. The service appliance of claim 10, wherein at least some of the plurality of applications comprise:

logic to monitor at least one production server; and

logic to synchronize the second service data with first service data in response to a determination that at least one production server is operational; and

logic to disengage the service application from the network traffic such that the network traffic is directed to at least one operational production server, in response to the completion of synchronization of the second service data with the first service data.

14. The service appliance of claim 10, wherein the logic to synchronize the first service data includes logic to interact with the second service application without assistance from an additional intervening software application on the production server adapted to interact specifically with the service appliance.

15. The service appliance of claim 10, wherein the logic to synchronize the first service data includes logic to interact with a client application on a client system without assistance from an additional intervening software application on the client system adapted to interact specifically with the service appliance.

16. The service appliance of claim 1, wherein the service appliance is configured without connectivity for a local keyboard and without connectivity for a display and further comprises logic to allow for controlled access to the operating system and/or service application and/or components thereof remotely.

17. The service appliance of claim 16, wherein the logic to allow for controlled access to the operating system remotely includes logic to limit access to vendor approved users.

18. The service appliance of claim 1, further comprising:

a system reliability manager adapted to monitor the performance of the service application and the service appliance.

19. The service appliance of claim 18, wherein the system reliability manager is adapted to determine if at least a portion of the service appliance is in a failure condition.

20. The service appliance of claim 19, wherein the system reliability manager includes logic to determine the value of at least one performance metric of the service appliance and to compare the value with a value associated with a failure condition.

21. The service appliance of claim 19, wherein the system reliability manager includes logic to terminate at least a component of the service application and to start a new instance of the terminated portion of the service application in response to a determination that the service application is in a failure condition.

22. The service appliance of claim 19, wherein the system reliability manager includes logic to alter the performance of at least a component of the service application in response to a determination that the service application is in a failure condition.

23. The service appliance of claim 19, wherein the system reliability

manager includes logic to terminate at least a component of the operating system of the service appliance and to start a new instance of the terminated portion of the operating system of the service appliance in response to a determination that the service application is in a failure condition.

24. The service appliance of claim 19, wherein the system reliability

manager includes logic to alter the performance of at least a component of the operating system of the service appliance in response to a determination that the service application is in a failure condition.

25. The service appliance of claim 18, further comprising:

a predetermined first list of valid applications or components; and

a second list of applications or components executing on the service appliance,

wherein the system reliability manager is adapted to monitor the second list, to identify an application or component in the second list that is not included in the first list, and to terminate the identified application or component.

26. The service appliance of claim 25, wherein the first and second lists include data integrity measures adapted to verify the integrity of the applications and components.

27. The service appliance of claim 26, wherein the data integrity measures include checksums of applications and components.

28. The service appliance of claim 1, further comprising:

a storage device adapted to store service data to be provided by the service application when the service application transparently stands in for the at least one production server.

29. The service appliance of claim 28, wherein the storage device includes recovery data usable for restoring the configuration of the service appliance to a predetermined operational state.

30. The service appliance of claim 29, wherein the recovery data includes one or more of a copy of the operating system and a copy of the service application.

31. The service appliance of claim 29, wherein the recovery data

includes a copy of the service data.

32. The service appliance of claim 29, wherein the recovery data includes an equivalent record of the service data.

33. The service appliance of claim 29, wherein the service appliance is capable of utilizing the recovery data for archival purposes.

34. The service appliance of claim 29, wherein the recovery data is stored in a recovery portion of the storage device accessible to a supervisory module.

35. The service appliance of claim 34, wherein the recovery portion of the storage device is inaccessible to the operating system of the service application.

36. The service appliance of claim 1, further including a data storage device connected with the data storage interface and adapted to store service data.

37. The service appliance of claim 1, further comprising at least one service improvement application adapted to improve the quality of data in the network traffic directed between the production server and the service appliance.

38. The service appliance of claim 37, wherein the service improvement application is an application including logic to screen network traffic for computer viruses.

39. The service appliance of claim 37, wherein the service improvement application is an application including logic to screen network traffic for unsolicited commercial email.

40. The service appliance of claim 37, wherein the service improvement application is an application including logic to screen network traffic for violations of corporate security policy.

41. The service appliance of claim 37, wherein the service improvement application is an application including logic to screen network traffic for violations of corporate privacy policies.

42. The service appliance of claim 1, further comprising a system update manager application including logic to install a software update on the service appliance, wherein the system update is received from a service appliance provider certifying the compatibility of the system update with the service appliance.

43. The service appliance of claim 42, wherein the system update manager application includes logic to remove the software update from the service appliance to restore the service appliance to a functional state that existed prior to the installation of the software update.

44. The service appliance of claim 42, wherein the system update manager further includes logic to automatically retrieve and install the software update on the service appliance.

45. The service appliance of claim 1, further comprising an administrator interface accessible via a web browser and including logic to configure the service appliance.

46. A service appliance adapted to transparently provide a service in place of a production server, comprising:

a network interface adapter including at least one network connection adapted to connect with a production server and at least one network connection adapted to connect with a network including at least one client system;

at least one primary microprocessor adapted to execute at least one operating system and a plurality of applications;

a data storage interface adapted to communicate service data with a data storage device; and

a memory device adapted to store at least a portion of the plurality of applications and at least a portion of the service data;

wherein the operating system is adapted to run at least a portion of the plurality of applications, to provide an interface for local user loading of additional applications, to provide an interface for local user keyboard input, and to provide local user display services;

wherein the plurality of applications includes a service application, executed on the service appliance by the operating system, that processes the network traffic to be able to transparently stand in for the at least one production server when a determination is made to failover from a production server to the service application; and

wherein the service appliance is configured to have a locked state that prevents local running of additional applications other than those provided for prior to entering the locked state, limiting local and remote user administration of and operational control of the operating system and service application.

47. The service appliance of claim 46, wherein the network interface adapter includes a cutover mechanism to connect at least one production server and at least one client upon detected failure of the service appliance.

48. The service appliance of claim 46, wherein the network interface adapter includes a network processor adapted to process network communications up to at least a data link layer of an OSI architecture.

49. The service appliance of claim 46, wherein the primary microprocessor is adapted to process network communications up to at least a data link layer of an OSI architecture.

50. The service appliance of claim 48, wherein the network interface adapter includes an auxiliary microprocessor adapted to process network communications above the data link layer of an OSI architecture.

51. The service appliance of claim 50, wherein the auxiliary microprocessor is further adapted to execute a system reliability manager adapted to monitor the performance of the service application and the service appliance.

52. The service appliance of claim 50, wherein the auxiliary microprocessor is further adapted to execute a supervisory module adapted to access recovery data, wherein the recovery data is adapted to restore the configuration of the service appliance to a predetermined operational state.

53. The service appliance of claim 46, wherein the primary microprocessor is further adapted to execute a system reliability manager adapted to monitor the performance of the service application and the service appliance.

54. The service appliance of claim 46, wherein the primary microprocessor is further adapted to execute a supervisory module adapted to access recovery data, wherein the recovery data is adapted to restore the configuration of the service appliance to a predetermined operational state.